64 66 Electronic Expansion Valve. 68 Q Series. 70 S Series T Series O Series R Series Four-Way Reversing Valve

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1 Catalog bout Sanhua Solutions HVC&R Components 0 04 Thermal Expansion Valve Series Series Electronic Expansion Valve C Series Q Series 06 Series 70 S Series T Series O Series R Series 09 8 Filter rier Unidirectional Filter rier i-flow Filter rier Filter rier With Replaceable Core Four-Way Reversing Valve ccumulators SHF Series SHF L Series SHF G Series 9 4 P Series S Series M Series SHF For Heat Pump RNCO Series Reversible Valve Solenoid Valves Normally Close Solenoid Valve Normally Open K Solenoid Valve FF6K8K Series Receiver V Series F Series C Series ST Series KCY Series C Series FF i-flow Solenoid Valve 44 Compensator 93 MF- Series 45 Muffler 94 MF- Series 48 Sight Glass 97 FF Flange Series Solenoid Valve 49 Pressure Vessel 98 FF905 Series Service Valves rass Service Valves Steel Service Valves ar-stock Service Valve all Valve Check Valve Float Type Check Valve Piping ssembly Piping ssembly Iron Piping ssembly Stainless Steel Piping ssembly ppliance Components i-stable Solenoid Valve Step Valve oor Opening Electron Magnet Piston Type Check Valve ngle Valve Charge Valve Micro Channel Micro Channel Evaporator Micro Channel Condenser rain Pump Controller Series Series Float Switch rain Valve Controller For Electronic Expansion Valve Residential Inverter Controller Inverter Controller For Large System Inverter Controller For Hp Water Heater Sanhua-0

Sanhua are proud to be a major supplier to the leading original equipment manufacturers of HVCR equipment and domestic appliances throughout the world.

Our mission is to provide competitive, intelligent climate control solutions for our world class customers.

2 Sanhua are proud to be a major supplier to the leading original equipment manufacturers of HVCR equipment and domestic appliances throughout the world. We conduct our business in over countries throughout Europe, sia and the mericas and we have received many business awards and acknowledgements of our success. Our mission is to provide competitive, intelligent climate control solutions for our world class customers. Our vision is to develop a low-carbon economy and preserve a high quality, green environment. We are the global leader in the design, manufacture and distribution of 4-way heat pump reversing valves and we also coand industry leading positions for a wide variety of other system components including ball valves, solenoid valves, electronic expansion valves, service valves, filter dryers, mufflers, accumulators and receivers. We have extensive capabilities in the design and manufacture of electronic controllers and we work with our customers to integrate all these capabilities to provide comprehensive system solutions. Sanhua are a key member of the Sanhua Holding Group. We are a public company, Zhejiang Sanhua Co., Ltd., and have been traded on the Shenzhen stock exchange since 005. We have achieved business success through a strategy of specialized production, world recognized brands and global marketing. We relentlessly pursue continuous improvement in all facets of our business and we aspire to achieve world class quality in our operations and products. We have attained ISO900, ISO00, ISO400 and QC certification and use these management systems to guide our overall business. We work diligently to satisfy the needs of our employees, suppliers, customers and society. Our company culture views Sanhua symbolically as an Evergreen Tree. The health of the tree, our company, depends to a great extent on the breadth and depth of the root, the talent. To keep the tree healthy and growing, we emphasize excellence in three key areas; technology, management and talent. We strive to be a world class company with world class manufacturing and world class R& and our 7,000+ highly talented employees are coitted to provide technically superior system solutions for our customers. Sanhua-0 Sanhua-03

Solution of Sanhua Productions National Quality ward CHIN TOP RN CHIN WELL KNOWN TREMRK Sanhua keeps your food fresh through the precise control of temperature.

3 Solution of Sanhua Productions National Quality ward CHIN TOP RN CHIN WELL KNOWN TREMRK Sanhua keeps your food fresh through the precise control of temperature. Sanhua improves the efficiency in the use of energy, to adjust the system to variable situations. Sanhua focuses on gaining precise temperature control, improving energy efficiency and achieving energy saving. Sanhua creates an efficient, comfortable and customized residential system. Sanhua-04 Sanhua-05

Electronic Expansion Valve Q Series Electronic Expansion Valve Q Series PF(Q0).3 PF(Q0).65 PF(Q0).8 PF(Q0).0 PF(Q0). PF(Q0).4 PF(Q03)3.0 PF(Q03)3. Port.3.65.8.0..4 3.0 3. R Nominal Capacity kw US.T 3.

4 Electronic Expansion Valve Q Series Electronic Expansion Valve Q Series PF(Q0).3 PF(Q0).65 PF(Q0).8 PF(Q0).0 PF(Q0). PF(Q0).4 PF(Q03)3.0 PF(Q03)3. Port R Nominal Capacity kw US.T Full Opening Open Pulse Max. Operation Pressure Internal Max. Working Reverse Open Valve ifference MPa Leakage Pressure MPa Pressure ifference MPa Pulse R R407CR40 mlmin R R407CR40 R R407C R ± Q series electronic expansion valves are mainly used in air conditioning systems with variable refrigerant flow to realize automatic adjustment of refrigerant flow rate and make the air conditioning system work under the best working condition for the purpose of fast cooling, precise temperature control and energy saving. These valves can also be used for other controls. These valves are reversible which can automatically control the flow of refrigerant in either heating or cooling mode. Compact design, light weight High reliability Energy saving pplicable for heat pumps: bidirectional flow available Note: ) Nominal working conditions: Condensing temperature: 38, vaporing temperature 5,Supercooling temperature 0,superheat temperature 0. ) When using other refrigerants, it needs a factor to adjust to the nominal capacity of R.(R34a , R407C--, R40--.). 3) The leakage is based on valve without flow after being fully closed. 4) The nominal capacity is calculated as per 3 openness of valve of straight flow curve. Standard Flow Curve pplicable refrigerant:r R34a R404 R407C R40 Capacity:US.T~8US.T(R Nominal Capacity) pplicable medium temperature:- ~+70 (electrified rate below 50%) pplicable ambient temperature:- ~+ (electrified rate below 50%) Relative humidity:below 95% RH Installation mode:coil upwards, central axis of valve rotor within ±5 vertical to horizontal surface Electrical Parameters Rated voltage:cv±0% ctuating mode:4-phase 8-step permanent magnet stepping motor of direct-operated type Excitation mode:- phase excitation, monopole actuation Excitation rate: Q0 and Q0 series: ~90PPS (the ending excitation mode maintains 0.~.0s) Q03 series: ~40PPS (the ending excitation mode maintains 0.~.0s) Current of coil:mphase(0 ) Resistance of coil:46±3.7ωphase(0 ) Insulation grade of coil: E roken Line Graph of Full Closed Valve without Flow Straight Line Graph of Full Closed Valve without Flow roken Line Graph of Full Closed Valve with Flow Straight Line Graph of Full Closed Valve with Flow Sanhua-06 Sanhua-07

Electronic Expansion Valve Q Series Electronic Expansion Valve S Series Code of the Valve Series Q0 Q0 Port Code of the Coil Series C.3~.0 M0 5.4 88.5 40 6.35 5 36. 700.~.4 M0 8.9 93 40 7.94 56 40 4.

realize automatic adjustment of refrigerant flow rate and make the air conditioning system work under the best working condition for the purpose of fast cooling, precise temperature control and

5 Electronic Expansion Valve Q Series Electronic Expansion Valve S Series Code of the Valve Series Q0 Q0 Port Code of the Coil Series C.3~.0 M ~.4 M E F G H K S series electronic expansion valves are mainly used in non-vrv coercial Inverter systems, as well as in residential units, to realize automatic adjustment of refrigerant flow rate to realize automatic adjustment of refrigerant flow rate and make the air conditioning system work under the best working condition for the purpose of fast cooling, precise temperature control and energy saving. These valves can also be used for other controls. These valves are reversible which can automatically control the flow of refrigerant in either heating or cooling mode. Note:Recoended length of lead wires includes: 500, 000, 500. Compact design, light weight High reliability Energy saving pplicable for heat pumps: bidirectional flow available pplicable refrigerant: R, R34a,R404, R407C, R40 Capacity: US.T~US.T (R Nominal Capacity) pplicable medium temperature: - ~ +70 (electrified rate below 50%) pplicable ambient temperature: - ~ + (electrified rate below 50%) Relative humidity: below 95% RH Installation mode: Coil upwards, central axis of valve rotor within ±5 vertical to horizontal surface. Code of the Valve Series Q03 Port Code of the Coil Series C 3.0~3. M Note:Recoended length of lead wires includes: 500, 000, 500. Installation: ) ll the valves shall be tested by equipment makers to fit into the system. ) 00 mesh screen is required before and after the electronic expansion valve. 3) The valve body shall be kept cool no more than 0 in brazing process. 4) The inside of valve shall stay dry and clean during the installation. E F G H K Electrical Parameters Rated Voltage:CV±0% ctuating mode: 4-phase 8-step permanent magnet stepping motor of direct-acting type Excitation mode: ~ phase excitation, monopole actuation Excitation rate: S0, S0 series: ~90pps (the ending excitation mode maintains more than 0.~.0S) S03 series: ~40pps (the ending excitation mode maintains more than 0.~.0S) Current of coil: Coil for S0 and S0 series: mphase(0 ) Coil for S03 series: 375mphase(0 ) Resistance of coil: Coil for S0 and S0 series: 46±3.7Ωphase(0 ) Coil for S03 series: 3±3.7Ωphase(0 ) Insulation grade of coil: E Sanhua-08 Sanhua-09

6 Electronic Expansion Valve S Series Electronic Expansion Valve S Series PF(S0).3 PF(S0).65 PF(S0).8 PF(S0).0 PF(S0). PF(S0).4 PF(S03)4.0 PF(S03) PF(S03)5.5 PF(S03)6.5 Port R Nominal Capacity kw US.T Full Openinsure Max. Operation Pres- Internal Max. Working Reverse Open Valve Open ifference MPa Leakage Pressure MPa Pressure ifference MPa Pulse Pulse R R407CR40 mlmin R R407CR40 R R407C R ± Note: ) Nominal working conditions: Condensing temperature: 38, vaporing temperature 5,Supercooling temperature 0,superheat temperature 0. ) When using other refrigerants, it needs a factor to adjust to the nominal capacity of R.(R34a , R407C--, R40--.). 3) The leakage is based on valve without flow after being fully closed. 4) The nominal capacity is calculated as per 3 openness of valve of straight flow curve. Code of the Valve Series S0 Port.3~.0 Code of the Coil Series M C E 36 F G 6.35 H 5.4 Standard Flow Curve S0.~.4 M Note:Recoended length of lead wires includes: 500, 000, roken Line Graph of Full Closed Valve without Flow roken Line Graph of Full Closed Valve with Flow Code of the Valve Series Port Code of the Coil Series C E F G H S03 4.0~6.5 M Straight Line Graph of Full Closed Valve without Flow Straight Line Graph of Full Closed Valve with Flow Note:Recoended length of lead wires includes: 500, 000, 500. Installation: ) ll the valves shall be tested by equipment makers to fit into the system. ) 00 mesh screen is required before and after the electronic expansion valve. 3) The valve body shall be kept cool no more than 0 in brazing process. 4) The inside of valve shall stay dry and clean during the installation. Sanhua-0 Sanhua-

Electronic Expansion Valve T Series Electronic Expansion Valve T Series Standard Flow Curve T series electronic expansion valves are mainly used in air conditioning systems with variable refrigerant

7 Electronic Expansion Valve T Series Electronic Expansion Valve T Series Standard Flow Curve T series electronic expansion valves are mainly used in air conditioning systems with variable refrigerant flow to realize automatic adjustment of refrigerant flow rate and make the air conditioning system work under the best working condition for the purpose of fast cooling, precise temperature control and energy saving. These valves can also be used for other controls. These valves are reversible which can automatically control the flow of refrigerant in either heating or cooling mode. roken Line Graph of Full Closed Valve without Flow roken Line Graph of Full Closed Valve with Flow Smaller installation space: low height, compact design and light weight Wider applicability for eliminating system refrigerant noise: with optimized flow path design Outer Encapsulation coil structure: better corrosion resistance Flow direction of medium: bi-flow T series EEVs are the updated version of Q series and S series pplicable refrigerant: R, R407C, R40 etc. Capacity: US.T~5US.T (R Nominal Capacity) pplicable medium temperature: - ~ +70 (electrified rate below 50%) pplicable ambient temperature: - ~ + (electrified rate below 50%) Relative humidity: below 95% RH Installation mode: Coil upwards, central axis of valve rotor within ±5 vertical to horizontal surface Electrical Parameters Rated voltage: CV ±0% ctuating mode: 4-phase 8-step permanent magnet stepping motor of direct-operated type Excitation mode: - phase excitation, monopole actuation Excitation rate:~90pps (the ending excitation mode maintains 0.~.0s) Current of coil:mphase(0 ) Resistance of coil:46±3.7ωphase(0 ) Insulation grade of coil: E Port.3~.0 Code of the Coil Series M C E 36 F G 6.35 H 7.3 PF(T0).3 PF(T0).65 PF(T0).8 Port R Nominal Capacity kw US.T.5 Full Openinsure Max. Operation Pres- Internal Max. Working Reverse Open Valve Open ifference MPa Leakage Pressure MPa Pressure ifference MPa Pulse Pulse R R407CR40 mlmin R R407CR40 R R407C R ±0 Note:Recoended length of lead wires includes: 500, 000, 500. Installation: ) ll the valves shall be tested by equipment makers to fit into the system. ) 00 mesh screen is required before and after the electronic expansion valve. 3) The valve body shall be kept cool no more than 0 in brazing process. 4) The inside of valve shall stay dry and clean during the installation. PF(T0) Note: ) Nominal working conditions: Condensing temperature: 38, vaporing temperature 5,Supercooling temperature 0,superheat temperature 0. ) When using other refrigerants, it needs a factor to adjust to the nominal capacity of R.(R407C--, R40--.). 3) The leakage is based on valve without flow after being fully closed. 4) The nominal capacity is calculated as per 3 openness of valve of straight flow curve. Sanhua- Sanhua-3

Electronic Expansion Valve T(S) Series Electronic Expansion Valve T(S) Series Standard Flow Curve T(S) series electronic expansion valves are mainly used in multiple-indoor air conditioning systems

8 Electronic Expansion Valve T(S) Series Electronic Expansion Valve T(S) Series Standard Flow Curve T(S) series electronic expansion valves are mainly used in multiple-indoor air conditioning systems with variable refrigerant flow to realize automatic adjustment of refrigerant flow rate and make the air conditioning system work under the best working condition for the purpose of fast cooling, precise temperature control and power saving. These valves can also be used for other controls. These valves are reversible which can automatically control the flow of refrigerant in either heating or cooling mode. Straight Line Graph of Full Closed Valve without Flow Straight Line Graph of Full Closed Valve with Flow Can be functioned without oil Smaller installation space: low height, compact design and light weight Wider applicability for eliminating system refrigerant noise External Encapsulation coil structure: better corrosion resistance Flow direction of medium: bi-flow Long life-span pplicable refrigerant: R, R34a, R404a, R407C, R40 Capacity:US.T~8US.T(R nominal capacity) pplicable medium temperature: - ~ 70 (electrified rate below 50%) pplicable ambient temperature: - ~ (electrified rate below 50%) Relative humidity: below 95% RH Installation mode: Coil upwards, central axis of valve rotor within ±5 vertical to horizontal surface. Electrical Parameters Rated voltage: CV±0% ctuating mode: 4-phase 8-step permanent magnet stepping motor of direct-operated type Excitation mode: - phase excitation, monopole actuation Excitation rate:pps~90pps (the ending excitation mode maintains 0.~.0s) Current of coil:mphase(0 ) Insulation grade of coil: E Resistance of coil:46+3.7ωphase(0 ) Port.3~.4 3.0~3. Code of the Coil Series M C E F G H 7.3 PF(TS).3 PF(TS).65 PF(TS).8 PF(TS).0 PF(TS). PF(TS).4 PF( TS)3.0 PF( TS)3. Port R Nominal Capacity kw US.T Full Opening Open Pulse Pulse ±0 Max. Operation Pressure Internal Max. Working Reverse Open Valve ifference MPa Leakage Pressure MPa Pressure ifference MPa R40 mlmin R40 R Note:Recoended length of lead wires includes: 500, 000, 500. Installation: ) ll the valves shall be tested by equipment makers to fit into the system. ) 00 mesh screen is required before and after the electronic expansion valve. 3) The valve body shall be kept cool no more than 0 in brazing process. 4) The inside of valve shall stay dry and clean during the installation. Sanhua-4 Note: ) Nominal working conditions: Condensing temperature: 38, vaporing temperature 5,Supercooling temperature 0,superheat temperature 0. ) When using other refrigerants, it needs a factor to adjust to the nominal capacity of R40.(R34a --0.6, R--0.83). 3) The leakage is based on valve without flow after being fully closed. 4) The nominal capacity is calculated as per 3 openness of valve of straight flow curve. Sanhua-5

Electronic Expansion Valve O Series Electronic Expansion Valve O Series Standard Flow Curve O series electronic expansion valves are mainly used in multiple-indoor air conditioning systems variable

9 Electronic Expansion Valve O Series Electronic Expansion Valve O Series Standard Flow Curve O series electronic expansion valves are mainly used in multiple-indoor air conditioning systems variable refrigerant flow to realize automatic adjustment of refrigerant flow rate and make the air conditioning system work under the best working condition for the purpose of fast cooling, precise temperature control and energy saving. These valves can also be used for other controls. These valves are reversible which can automatically control the flow of refrigerant in either heating or cooling mode. High precision: full open pulse 000 Long life Low noise Energy saving pplicable refrigerant: R, R34a, R404, R407C, R40 Capacity: US.T~US.T (R Nominal Capacity) pplicable medium temperature: - ~ +70 (electrified rate below 50%) pplicable ambient temperature: - ~ + (electrified rate below 50%) Relative humidity: below 95% RH Installation mode: Coil upwards, central axis of valve rotor within ±5 vertical to horizontal surface Electrical Parameters Rated voltage: CV±0% ctuating mode: 4-phase 4-step permanent magnet stepping motor of speed reduction type Excitation mode: - phase excitation, monopole actuation Excitation rate: 00PPS~50PPS (opening excitation speed closing excitation speed, the ending excitation mode maintains more than 0.S) Current of coil:80mphase(0 ) Resistance of coil:50±5ωphase(0 ) Insulation grade of coil: E Fig. Fig. Sanhua- PF(O).3 PF(O).0 PF(O).4 PF(O)3. PF(O)3. PF(O)4.0 PF(O)5. PF(O)6.4 PF(O)8.0 Port kw R Nominal Capacity US.T R Max. Operation Pressure ifference MPa R407C R40 Internal Leakage mlmin Reverse Open Valve Pressure ifference MPa R R407C R40 Note: ) Nominal working conditions: Condensing temperature: 38, vaporing temperature 5,Supercooling temperature 0,superheat temperature 0. ) When using other refrigerants, it needs a factor to adjust to the nominal capacity of R.(R34a , R407C--, R40--.). 3) The nominal capacity is calculated as per 3 openness of valve of straight flow curve. PF(O).3 PF(O).0 PF(O).4 PF(O)3. PF(O)3. PF(O)4.0 PF(O)5. PF(O)6.4 PF(O) C E F G H Note:Recoended length of lead wires includes: 500, 000, 500. Installation: ) ll the valves shall be tested by equipment makers to fit into the system. ) 00 mesh screen is required before and after the electronic expansion valve. 3) The valve body shall be kept cool no more than 0 in brazing process. 4) The inside of valve shall stay dry and clean during the installation Note Fig. Fig. Sanhua-7

Electronic Expansion Valve R Series Four-way Reversing Valve SHF Series R series electronic expansion valves are mainly used in CO air conditioning systems with variable refrigerant flow to realize

These valves can also be used for other controls.

flow path of refrigerant. Wide application range with products available with -0 US.

Installation mode: Coil upwards, central axis of valve rotor within ±5 vertical to horizontal surface.

10 Electronic Expansion Valve R Series Four-way Reversing Valve SHF Series R series electronic expansion valves are mainly used in CO air conditioning systems with variable refrigerant flow to realize automatic adjustment of refrigerant flow rate and make the air conditioning system work under the best working condition for the purpose of fast cooling, precise temperature control and energy saving. These valves can also be used for other controls. SHF series four-way reversing valves are applicable for heat pump systems such as central, unitary and room air conditioners to realize switching between cooling mode and heating mode by changing the flow path of refrigerant. Wide application range with products available with -0 US.T pplicable refrigerant: R744(CO ) pplicable medium temperature: - ~ 80 (electrified rate below 40%) pplicable ambient temperature: - ~ (electrified rate below 40%) Relative humidity: below 95% RH Installation mode: Coil upwards, central axis of valve rotor within ±5 vertical to horizontal surface. irection of Medium: one direction from horizontal tube to Vertical tube Electrical Parameters Rated voltage: CV±0% ctuating mode: 4-phase 8-step permanent magnet stepping motor of direct-operated type Excitation mode: - phase excitation, monopole actuation Excitation rate:~90pps (the ending excitation mode maintains 0.~.0s) Current of coil:mphase(0 ) Resistance of coil:46±3.7ωphase(0 ) Insulation grade of coil: E Smaller installation space: low height, compact design and light weight Wider applicability for eliminating system refrigerant noise: with optimized flow path design Outer Encapsulation coil structure: better corrosion resistance PF(R04).5 Port.5 R744 Nominal Capacity kw US.T Full Open Pulse Opening Pulse Max. Operation Pressure ifference MPa Internal Leakage mlmin ±0 0 0 Max. Working Pressure MPa 4 pplicable refrigerant: R, R407C, R40 etc. pplicable medium temperature: - ~+0 pplicable ambient temperature: - ~+50 Relative humidity: below 95% RH Certification: UL, VE, CQC Series SHF-4 SHF-7 SHF-9 SHF- SHF-4 SHF-0 SHF-35 SHF-50 Port R Nominal Capacity kw US.T Max. Working Pressure MPa Max Operation Pressure ifference Size MPa (Outside iameter) in Min Tube ESC Tube SHF SHF SHF SHF SHF Port.5 Code of the Coil Series M C 700 E F 47 G 6.35 H 7.3 SHF-80 SHF Sanhua-8 Sanhua-9

11 Four-way Reversing Valve SHF Series Four-way Reversing Valve SHF Series Electrical Parameters of Coil Type Classification Rated Voltage V Frequency Hz Power W Coils with Lead Wires SHF-4-0L Series C0~40 C00 C00 C0~0 C4 C65~ Coil with C0~40 C0 C5~0 C00-0 C4 C65~77 C00 50 Spade SHF-4-0F Series C C4 Note:Recoended length of lead wires include: 0, 500, 800, 000 and SHF-4-46 SHF-0-46 SHF SHF L C F G SHF-4H-3U-P SHF-7H-34U-P SHF-9H-34U-P L C E F SHF SHF-00-0 SHF-40-4 SHF-75-7 SHF-0-3 SHF-80-7 SHF-40-5 L C E F G H I Φ3 Φ3 Φ3 Φ3 Φ Max 3Max 390Max 390Max 45Max 533Max 63Max omensions (size unit: ; angle unit: ) L C F G α SHF-H Sanhua-0 Sanhua-

Four-way Reversing Valve SHF(L) Series Four-way Reversing Valve SHF(L) Series SHF (L) series four-way reversing valves are applicable for heat pump systems such as central, unitary and room air

Energy saving Excellent anti-system abnormal recoil ability and operation performance Good anti-vibration performance pplicable refrigerant: R, R407C, R40 etc.

12 Four-way Reversing Valve SHF(L) Series Four-way Reversing Valve SHF(L) Series SHF (L) series four-way reversing valves are applicable for heat pump systems such as central, unitary and room air conditioners to realize switching between cooling mode and heating mode by changing the flow path of refrigerant. Energy saving Excellent anti-system abnormal recoil ability and operation performance Good anti-vibration performance pplicable refrigerant: R, R407C, R40 etc. pplicable medium temperature: - ~+0 pplicable ambient temperature: - ~+50 Relative humidity: below 95% RH Certification: UL, VE, CQC SHF(L)-3H-U SHF(L)-4H-3U SHF(L)-7H-34U SHF(L)-9H-34U SHF(L)-H-34U L C E F Series SHF-3 SHF-4 SHF-7 SHF-9 SHF- Port R Nominal Capacity kw US.T Max. Working Pressure MPa Max Operation Pressure ifference Size MPa (Outside iameter) in Min Tube ESC Tube Electrical Parameters of Coil Type Classification Rated Voltage V Frequency Power Hz W Coils with Lead Wires SHF-4-0L Series C0~40 C00 C00 C0~0 C4 C65~ Coil with Spade istable Coils SHF-4-0F Series XZ Series C0~40 C0 C5~0 C00-0 C4 C65~77 C00 C C4 C00 C00 C Note:Recoended length of lead wires include: 0, 500, 800, 000 and 500. Sanhua- Sanhua-3

Four-way Reversing Valve SHF (G) Series Four-way Reversing Valve SHF Heat Pump Series SHF (G) series four-way valves are especially applicable for heat pump systems including high-end and

Energy saving Excellent anti-vibration performance SHF heat pump series four-way reversing valves are applicable for heat pump systems such as central, unitary and room air conditioners to realize

13 Four-way Reversing Valve SHF (G) Series Four-way Reversing Valve SHF Heat Pump Series SHF (G) series four-way valves are especially applicable for heat pump systems including high-end and highefficient unitary and room air conditioners to realize switching between cooling mode and heating mode by changing the flow path of refrigerant. Energy saving Excellent anti-vibration performance SHF heat pump series four-way reversing valves are applicable for heat pump systems such as central, unitary and room air conditioners to realize switching between cooling mode and heating mode by changing the flow path of refrigerant. pplicable refrigerant: R, R407C, R40 etc. pplicable medium temperature: - ~ +0 pplicable ambient temperature: - ~ +50 Series SHF(G)-4 SHF(G)-7 SHF(G)-9 Port R Nominal Capacity kw 7 9 US.T.5.5 Relative humidity: below 95% RH Max. Working Pressure MPa 4. Operation Pressure ifference Size MPa (Outside iameter) in Max 3. Min Tube ESC Tube 5 Specially designed for high temperature pplicable refrigerant: R, R407C, R40 etc. pplicable medium temperature: - ~ +35 Maximum working pressure : MPa pplicable ambient temperature: -5 ~ +70 Relative humidity: below 95% RH Product certification: UL, VE, CQC Electrical Parameters of Coil Classification Rated Voltage V Frequency Type Hz istable C00 C00 50 XZ Series Coils C Note:Recoended length of lead wires include: 0, 500, 800, 000 and 500. Power W Series SHF-4 SHF-7 Port R Nominal Capacity kw US.T Max. Working Pressure MPa Operation Pressure ifference Size MPa (Outside iameter) in Max 4.0 Min 0.5 Tube ESC Tube 5 SHF-0 SHF Electrical Parameters of Coil Type Classification Rated Voltage V Frequency Hz Power W Coils with Lead Wires SHF-4-0L Series C0~40 C00 C00 C0~0 C4 C65~ L C E F Coil with Spade istable Coils SHF-4-0F Series XZ Series C0~40 C0 C5~0 C00-0 C4 C65~77 C00 C C4 C00 C00 C SHF(G)-4H-3U SHF(G)-7H-34U SHF(G)-9H-34U Note:Recoended length of lead wires include: 0, 500, 800, 000 and 500. Sanhua-4 Sanhua-5

Four-way Reversing Valve SHF Heat Pump Series Four-way Reversing Valve RNCO Series SHF(L)-4H-3U SHF(G)-4H-3U SHF(L)-7H-34U SHF(G)-7H-34U L 94.4 9 3 3.

The switch between cooling mode to heating mode can be realized by changing flow path of coolants. Specifications: 3US.T-40US.

pplicable medium temperature: -5 ~0 pplicable ambient temperature: -5 ~50 Relative humidity: below 95%RH Certification: UL, TUV, CQC SHF-0-46 SHF-35-67 L 83.6 3 67 8 C 83 95 87 00 F 8.6 33 G 35.

14 Four-way Reversing Valve SHF Heat Pump Series Four-way Reversing Valve RNCO Series SHF(L)-4H-3U SHF(G)-4H-3U SHF(L)-7H-34U SHF(G)-7H-34U L C E F RNCO series four-way reversing valves are applicable for hot pump systems such as central, unit and room air conditioners. The switch between cooling mode to heating mode can be realized by changing flow path of coolants. Specifications: 3US.T-40US.T (R nominal capacity) Energy saving pplicable refrigerant: R, R407C, R40 etc. pplicable medium temperature: -5 ~0 pplicable ambient temperature: -5 ~50 Relative humidity: below 95%RH Certification: UL, TUV, CQC SHF-0-46 SHF L C F G LV Series Series V Series V XX V XX V XX V-40T0-XX N0C00G N0C0G VH00 VH NC00G NC0G VH50 N40C0G VH03 VH900 N50C0G NC0G VH90 Port R Nominal Max. Working Pressure sure ifference MPa MPa Max. Working Pres- Min. Working Pres Capacity Kw US.T MPa RR407C R40 RR407C R Size (Outside iameter) in Tube ESC Tube Sanhua-6 Sanhua-7

15 Four-way Reversing Valve RNCO Series Series VH3 Series VH8 VH85 VH86 VH87a VH8a VH3 VH33 VH33 VH36 VH36 VH5C VH345C 4x 4x 4x 4x 46.4x 4x3 4x3 4x4 4x3 4x4 SHF-4-0W SHF-4-0L Port 46.4x4 50x4 Electrical Parameters of Coil Type Coils with Lead Wires Coil with Spade SHF-4-0E SHF-4-0F R Nominal Capacity Kw US.T MPa RR407C R40 RR407C R40 Tube ESC Tube FLNG E RK50 FLNG E RK65 FLNG E RK50 FLNG E RK FLNG E RK50 FLNG E RK65 FLNG E RK50 FLNG E RK65 FLNG E RK50 FLNG E RK (Flange) (Flange) Max. Working Pressure Max. Working Pressure ifference MPa (Flange) 9 (Flange) Classification Rated Voltage V Frequency Power Hz W C0V~40V C08V~V C0V C5V~0V C00V C4V C00V C35V Min. Working Pres MPa C0V~40V C00V C00V C0V~0V C4V C65V~77V C0V~40V C0V C5V~0V C00V~0V C4V C65V~77V C00V C0V~40V C0V C5V~0V C00V~0V C4V Note:Recoended length of lead wires include: 0, 500, 800, 000 and 500. Tube (O) In Four-way Reversing Valve RNCO Series N0C00G NC00G VH VH50 L C F G 337Max 337Max 337Max 337Max V XX V XX L C F G 99Max 0.8Max Max 46Max omensions (size unit: ; angle unit: ) L C F G H α V XX 8Max Max 5 Sanhua-8 Sanhua-9

16 Four-way Reversing Valve RNCO Series Four-way Reversing Valve RNCO Series L C F G V-40T0-XX Max Max L VH C N0C0G NC0G N40C0G N50C0G NC0G VH00 VH03 VH900 VH90 L C E F G H I 337MX 337MX 4MX 4MX 500MX 337MX 4MX 4MX 500MX Φ3 Φ3 Φ3 Φ3 Φ3 Φ3 Φ3 Φ3 Φ L C E F G H I J VH Sanhua- Sanhua-3

17 Four-way Reversing Valve RNCO Series Four-way Reversing Valve RNCO Series L C E F G H I J VH VH86 L 4 Max C E F G H I J K M L C E F G H I J VH VH87a 4Max VH8a 4Max L E F H J K M N O C G I Sanhua-3 Sanhua-33

18 Four-way Reversing Valve RNCO Series Four-way Reversing Valve RNCO Series L C E F G H I J VH L C E F G H I J K M VH L C E F G H I J K L C E F G H I J K M N O P VH VH5C x4 VH345C x4 Sanhua-34 Sanhua-35

Reversible Valve VR Series Solenoid Valve FF Normally Close Series With small pressure loss, Reversible valves are applicable for low pressure circuit of refrigerating systems.

The main valve can realize open and shut-off of forward and reverse direction Small pressure loss pplicable refrigerant: R407c, R, R40 etc.

7Mpa Max..96 3.04 3.04 Performance Operation Pressure ifference MPa Min. 0.34 0.

19 Reversible Valve VR Series Solenoid Valve FF Normally Close Series With small pressure loss, Reversible valves are applicable for low pressure circuit of refrigerating systems. Output pressure of the main valve is different from that of the pilot valve. The minimum action differential pressure of the pilot valve is 0.35MPa. The main valve can realize open and shut-off of forward and reverse direction Small pressure loss pplicable refrigerant: R407c, R, R40 etc. Reversible in two directions when use mbient temperature: - ~+55 VR4 VR6 VR8 Port Main Overall Interface Size Main Circuit Control Circuit Maximum operating pressure: 4.7Mpa Max Performance Operation Pressure ifference MPa Min Weight g FF normally close refrigerant series solenoid valves are direct-operated solenoid valves mainly used in refrigeration systems such as air conditioners, ice makers and freezing and deep-freezing systems which use fluoride as the refrigerant. Excellent operation performance, stable and reliable Compact design Low power consumption pplicable refrigerant: R, R407C, R40 etc. pplicable medium temperature: - ~ +0 pplicable ambient temperature: - ~ +50 Relative humidity: below 95% Maximum working pressure: 4.MPa Certification:CQC, UL, TUV of Valve ody FF FF.5 FF3 FF4 FF6 FF8 FF FF3 Operation Type Normally Close Port Flow Rate Cv Internal Leakage mlmin ( P=.MPa) Operation Pressure ifference MPa Max Min Outside iameter of Tube Electrical Parameters of Coil Classification Rated Voltage V Voltage Change Frequency Hz VR430 VR63 VR83 5 Max 00 Max C E Interface Size IInterface epth () Tube HP High Pressure Tube MC Plastic Packaging Series (Class ) C0~40 C0 C00 C0 C00~0 C4 85%~0% 50 Note:Recoended length of lead wires include: 0, 500, 800, 000 and 500. Sanhua-36 Sanhua-37

20 Solenoid Valve FF Normally Close Series Solenoid Valve FF Normally Close Series FF standard Product Equipped with FQ-05 Series Coil FF standard Product Equipped with FQ-05 Series Coil FF6 standard Product Equipped with FQ-05 Series Coil FF3 standard Product Equipped with FQ-05 Series Coil FF8 standard Product Equipped with FQ-05 Series Coil Installation: ) ll the valves shall be tested by equipment makers to fit into the system. ) The valve body shall be kept cool no more than 00 in brazing process. 3) The inside of valve shall stay dry and clean during the installation. Sanhua-38 Sanhua-39

Solenoid Valve FFK Series Solenoid Valve FFK Series FFK0 Equipped with FQ-0 Series Coil FFK solenoid valves are normally open type, which are mainly used in refrigeration systems such as air

FFK08, FFK09 Equipped with FQ-05 Series Coil Compact design, low power consumption Excellent operation performance, stable and reliable pplicable refrigerant: R, R407C, R40 etc.

21 Solenoid Valve FFK Series Solenoid Valve FFK Series FFK0 Equipped with FQ-0 Series Coil FFK solenoid valves are normally open type, which are mainly used in refrigeration systems such as air conditioners and freezing and deep-freezing systems for automatically controlling the stop-and-go of refrigerant. FFK08, FFK09 Equipped with FQ-05 Series Coil Compact design, low power consumption Excellent operation performance, stable and reliable pplicable refrigerant: R, R407C, R40 etc. pplicable medium temperature: - ~ +0 pplicable ambient temperature: - ~ +50 Relative humidity: below 95% Maximum working pressure: 4.MPa of Valve ody Operation Type Port Flow Rate Cv Internal Leakage mlmin ( P=.MPa) Operation Pressure ifference MPa Max Min Outside iameter of Tube FFK0 FFK08 FFK09 Normally open Electrical Parameters of Coil Installation: ) ll the valves shall be tested by equipment makers to fit into the system. ) The valve body shall be kept cool no more than 00 in brazing process. 3) The inside of valve shall stay dry and clean during the installation. Classification Rated Voltage V Voltage Change Frequency Hz MC Plastic Packaging Series C0V~40V C0V C00V C0V C00V~0V C4V 85%~0% 50 Note:Recoended length of lead wires include: 0, 500, 800, 000 and 500. Sanhua-40 Sanhua-4

Solenoid Valve FF6K8K Series Solenoid Valve FF6K8K Series FF6K standard Product Equipped with FQ-0 Series Coil FF6K8K series are direct-operated and mainly used in air-conditioning system with

22 Solenoid Valve FF6K8K Series Solenoid Valve FF6K8K Series FF6K standard Product Equipped with FQ-0 Series Coil FF6K8K series are direct-operated and mainly used in air-conditioning system with dehumidifying function. with minor flow when fully closed low noise FF8K standard Product Equipped with FQ-0 Series Coil pplicable refrigerant: R, R407C, R40 etc. pplicable medium temperature: - ~ +0 pplicable ambient temperature: - ~ +50 Relative humidity: below 95% Maximum working pressure: 4.MPa of Valve ody (With leakage) FF6K FF8K Operation Type Normally open Electrical Parameters of Coil Port Holding Pressure ifference when valve open kpa 78 8 ir Flow Lmin ( P=9.6kPa) Flow (valve close) Lmin ( P=98kPa) ±.5 0.±.5 Note: Valves in the table are with minor flow after fully closed. ll valves are customizable. Outside iameter of Tube Installation: ) ll the valves shall be tested by equipment makers to fit into the system. ) The valve body shall be kept cool no more than 00 in brazing process. 3) The inside of valve shall stay dry and clean during the installation. Classification Rated Voltage V Voltage Change MC Plastic Packaging Series C80V C40V C4V 90%~0% Note:Recoended length of lead wires include: 0, 500, 800, 000 and 500. Sanhua-4 Sanhua-43

Solenoid Valve FF i-flow Valve Solenoid Valve MF- Series FF i-flow solenoid valves are pilot operated solenoid valves, which are mainly used in refrigeration systems such as air conditioners and

MF- series solenoid valves are direct or pilot operated solenoid, mainly used in refrigerant control of various devices such as refrigerating and freezing systems and air conditioners.

MPa Voltage change: within the range of rated voltage of Valve ody mlmin Cv Max Min Normally FF8 8.5.0 000 0.00~0.0. 0.0 9.

23 Solenoid Valve FF i-flow Valve Solenoid Valve MF- Series FF i-flow solenoid valves are pilot operated solenoid valves, which are mainly used in refrigeration systems such as air conditioners and freezing and deep-freezing systems for automatically controlling the stop-and-go and flow direction of refrigerants to realize i-flow opening and closing flow control. MF- series solenoid valves are direct or pilot operated solenoid, mainly used in refrigerant control of various devices such as refrigerating and freezing systems and air conditioners. i-flow Compact esign pplicable refrigerant: R, R407C, R40 etc. pplicable medium temperature: - ~ +0 pplicable ambient temperature: - ~ +50 Relative humidity: below 95% Maximum working pressure: 4.MPa Voltage change: within the range of rated voltage of Valve ody mlmin Cv Max Min Normally FF ~ close Electrical Parameters of Coil Classification Operation Type MC Plastic Packaging Series (Class ) Port Flow Rate Cv Rated Voltage V Voltage Change Frequency Hz C0V~40V C0V C00V C0V C00V~0V C4V Internal Leakage mlmin ( P=.MPa) Operation Pressure ifference MPa 85%~0% 50 Note:Recoended length of lead wires include: 0, 500, 800, 000 and 500. FF8 standard Product Equipped with FQ-03 Series Coil Outside iameter of Tube Coils: low energy consumption, reliable Great valve opening performance Coils are double sealed, water tight and safe pplicable refrigerant: R, R34a, R407C, R404, R40 etc. pplicable medium temperature: - ~+05 pplicable ambient temperature: - ~+55 Relative humidity: below 95%RH of Valve ody Type Cv Value Solder Thread MFH MFL irect 0.9 MF6H MF6L 0.93 MF0H MF0L. MF5H MF5L 3.0 MF0H MF0L Pilot 5.8 MFH MFL 6.9 MF-0-6H(NO) MF-0-6L(NO). MF-0-0H(NO) MF-0-0L(NO) 3.0 MF-0-5H(NO) MF-0-5L(NO) 5.8 MF-03-H MF-03-L 0.9 irect MF-03-3H MF-03-3L 0.3 MF-03-6H MF-03-6L 0.93 MF-03-0H MF-03-0L. MF-03-5H MF-03-5L Pilot 3.0 MF-03-0H MF-03-0L 5.8 MF-03-H MF-03-L 6.9 Operation Pressure ifference MPa Max Min Max. Working Pressure MPa Sanhua-44 Installation: ) ll the valves shall be tested by equipment makers to fit into the system. ) The valve body shall be kept cool no more than 00 in brazing process. 3) The inside of valve shall stay dry and clean during the installation Sanhua-45

24 Solenoid Valve MF- Series Solenoid Valve MF- Series Electrical Parameters of Coil Classification Insulation Grade Rated Voltage V Voltage Change Frequency Hz Wiring Type IP Grade MQ-0 MQ-0 C4V F C0V~0V 85%~0% 50 IN Junction ox IP65 MQ-03 C0V~40V Solder Thread MFH MF-03-H MF-03-3H MF6H MF-0-6H MF-03-6H MF0H MF-0-0H MF-03-0H MF5H MF-0-5H MF-03-5H MF0H MF-03-0H MFH MF-03-H tube in L H MFL MF-03-3L MF6L MF-0-6L MF-03-6L MF0L MF-0-0L MF-03-0L MF5L MF-0-5L MF-0-5L tube in 7-0UNF 7-0UNF 58-8UNF 58-8UNF 58-8UNF -4UNF -4UNF -4UNF -4UNF -4UNF -4UNF Thread Spec L H Note: ) MF are normally close with MOP of.3mpa, using MQ-0 coils. E.g. valve body MF6H00 uses coil MQ-0F ) MF-O- are normally open, using MQ-0 series coils. E.g. valve body MF-0-6H00 uses coil MQ-0F ) MF-O3- are normally close with MOP of 3.MPa, using MQ-03 series coils. E.g. valve body MF-03-5H00 uses coil MQ-03F Sanhua-46 Sanhua-47

Solenoid Valve MF- Series Solenoid Valve FF Flange Series MF- series piston solenoid valves are pilot operated, applicable for refrigerant control of devices such as refrigerating, freezing systems

They use a flange mount and are available for high and medium ambient temperature as well as high life cycles.

25 Solenoid Valve MF- Series Solenoid Valve FF Flange Series MF- series piston solenoid valves are pilot operated, applicable for refrigerant control of devices such as refrigerating, freezing systems and air conditioners. FF series solenoid valves are used as unloading valves for capacity modulation in compressors. They use a flange mount and are available for high and medium ambient temperature as well as high life cycles. Endurable to high and low temperature double sealed, water tight and safe Sealed by welding, low leakage risk Long service life pplicable refrigerant: R, R34a, R407C, R404, R40 etc. pplicable medium temperature: -40 ~+40 pplicable ambient temperature: - ~+55 Relative humidity: below 95%RH of Valve ody MF-0-5H MF-0-3H MF-0-40H Electrical Parameters of Coil Classification MQ-0 MQ-03 Insulation Grade Operation Type Pilot operated Cv Value Rated Voltage V Operation Pressure ifference MPa Voltage Change Max Frequency Hz Min Wiring Type Outside iameter of Tube C4V IN Junction F C0V~0V 85%~0% 50 ox IP65 C0V~40V IP Grade pplicable refrigerant: R, R34a, R404, R407, R407C, R507 etc. pplicable medium temperature: +0 ~+46 (non-persistent) pplicable ambient temperature: - ~+ Relative humidity: below 95%RH of Valve ody FF Electrical Parameters of Coil SHF-4-0F5 SHF-4-0F SHF-4-0F4 Flow Lmin ( P=0.345MPa) Max Operation Pressure ifference MPa Min Max. Working Pressure MPa Insulation Grade Rated Voltage V Voltage Change Frequency Hz C0V~40V F C0V 85%~0% 50 C4V FF903-0 C (87) 0. R. FF903-0 (90) 3.47 R.7 MF-0-5H MF-0-3H MF-0-40H tube in L H Sanhua-48 Sanhua-49

Solenoid Valve FF905 Series rass Service Valve FF905 flange solenoid valves are used in the oil return line of compressors, applicable for various POE refrigeration oil and general refrigerants such

pplicable for oil return line in compressors Zero Min.

pplicable medium temperature: 0 ~90 pplicable ambient temperature: - ~+55 Maximum working pressure: MPa(655Psig) pplicable for split air conditioners to connect indoor unit and outdoor unit; inner

26 Solenoid Valve FF905 Series rass Service Valve FF905 flange solenoid valves are used in the oil return line of compressors, applicable for various POE refrigeration oil and general refrigerants such as R. ut applicable maximum differential pressure is different in pure oil and in non-pure oil environments for the oil temperature and viscosity. pplicable for oil return line in compressors Zero Min. Valve Opening Pressure ifference pplicable for POE refrigeration oil and various fluoride refrigerants Flange pplicable refrigerant: POE refrigeration oil, R, R34a, R407C, R404 etc. pplicable medium temperature: 0 ~90 pplicable ambient temperature: - ~+55 Maximum working pressure: MPa(655Psig) pplicable for split air conditioners to connect indoor unit and outdoor unit; inner path of the valve can be closed by operating the valve stem. It can be used as service valve for vacuum pumping and refrigerant injection. It can also be used in other cooling systems. Good Rigidity urability against Corrosion pplicable refrigerant: R, R34a, R407C, R40 etc. pplicable medium temperature: - ~ +0 Maximum working pressure: 4.MPa of Valve ody Operation Type Cv Value Operation Pressure ifference MPa Max Min Gas and 90 pure oil 0 pure oil irect- FF operated Electrical Parameters of Coil Series Matching Coil MQ-00 Insulation Grade Voltage Change Frequency Hz Wiring Type IP Grade F C0V 50 IN junction box IP65 FSVSSV- FSVSSV-J3 FSVSSV-J4 FSVSSV-J5 FSVSSV-J6 FSVSSV-J7 FSVSSV-J8 in 7-0UNF 58-8UNF 34-UNF -4UNF 7-4UNS 4-UNF C E F G H (4) 9.5().7() 5.88(58) 9.05(34).() 5.4() Matched Power HP ~ ~5.5~0 ~ 5~8 6~ 6~ Installation: ) Valve body shall be cooled no more than 0 during brazing process. ) Proper products shall be selected for different refrigerants. Sanhua-50 Sanhua-5

Steel Service Valve ar-stock Service Valve pplicable for compressors, reservoirs of coercial air conditioner, freezing or deep-freezing equipment or for pipe connection; it can close inner passage of

8MPa pplicable medium temperature: -40 ~ +50 Certification: UL Fig.

as service valve during maintenance for the purpose of vacuum pumping and refrigerant injection. It can also be used in other refrigerating systems.

MPa Certification: UL Solder Thread Solderthread Solder GZF(0)-Z033 GZF(0)-Z044 GZF(0)-Z04 GZF(0)-Z043 GZF(0)-ZC04 GZF(0)-ZC043 GZF(0)-ZC083 GZF(0)-ZC084 GZF(0)-Z08 GZF(0)-Z083 GZF()-Z055 GZF()-Z085

27 Steel Service Valve ar-stock Service Valve pplicable for compressors, reservoirs of coercial air conditioner, freezing or deep-freezing equipment or for pipe connection; it can close inner passage of the valve by operating the valve stem. Excellent temperature resistance pplicable refrigerant: R, R34a, R407C, R40 etc. Maximum working pressure: 4.8MPa pplicable medium temperature: -40 ~ +50 Certification: UL Fig. Fig. ar-stock service valve can be used in split air conditioners to connect indoor unit and outdoor unit, which can close the inner passage of the valve by operating the valve stem; it can be used as service valve during maintenance for the purpose of vacuum pumping and refrigerant injection. It can also be used in other refrigerating systems. High Reliability pplicable refrigerant: R, R34a, R407C, R40 etc. pplicable medium temperature: - ~+0 Maximum working pressure: 4.MPa Certification: UL Solder Thread Solderthread Solder GZF(0)-Z033 GZF(0)-Z044 GZF(0)-Z04 GZF(0)-Z043 GZF(0)-ZC04 GZF(0)-ZC043 GZF(0)-ZC083 GZF(0)-ZC084 GZF(0)-Z08 GZF(0)-Z083 GZF()-Z055 GZF()-Z085 GZF()-Z077 GZF()-Z099 GZF()-ZC09 GZF()-ZC09 GZF(35)- Z0 GZF(35)- ZC0E GZF(35)- ZC0E GZF(50)- Z0 iagonal Size of Valve ody Thread 34-UNF -4UNS -4UNS 54-UNF 74-UN 74-UN 74-UN Solder in Thread 7-0UNF 58-8UNF 7-0UNF 58-8UNF -4UNF Solder in Installation: ) Valve body shall be cooled no more than 0 during brazing process. )The inside of valve shall stay clean and dry. Structure Size C Type Solder Thread Solder thread Thread Solder Thread Solder Solder thread Solder Solder thread Solder Type SMV-J3Y SMV-J4Y SMV-J5Y SMV-J6Y SMV-J7Y SMV-J8Y SMV-J9Y SMV-8J3Y SMV-5J4Y SMV-5J5Y SMV-5J6Y SMV-7J7Y ± ± ± ± ± ± ± ± ± ± ± ± ± ± ± ± ± ± ± ± ± ± ± ±0.0 C E 8±.0 9.7±.0 4.±.0 5.7±.0 9±.0 5±.0 5±.0 8±.0 9.7±.0 4.±.0 5.7±.0 9±.0 Nomal Fig. Fig. Sanhua-5 Sanhua-53

all Valve Check Valve Float Type Series all valve is applicable for coercial air conditioner, freezing or deep-freezing equipment to open and shut off inner flow path by operating the valve stem.

High reliability Low pressure drop Float type check valves are used in air conditioning system in shunt connection with capillary tubes to control the forward and reverse flow of refrigerant and make

MPa pplicable refrigerant: R, R407C, R40,R34a etc. pplicable medium temperature: - ~ +0 Maximum working pressure: 4.

8 3.8 6.35 9.5.7.7 5.88 5.88 9.05 9.05. 00 0 50 0 - ~ +80 Sanhua-54 58 34 98 8 8 58 98 3 38 0 0 85 85 08 5 8 5 5 378 4.7 43 8 0 4 7 0 5 9 34 37 4 4 4 74 85 85 99 99 36 5 7 7 86. 07.

28 all Valve Check Valve Float Type Series all valve is applicable for coercial air conditioner, freezing or deep-freezing equipment to open and shut off inner flow path by operating the valve stem. It can also be used as service valve for vacuum pumping and refrigerant injection etc. High reliability Low pressure drop Float type check valves are used in air conditioning system in shunt connection with capillary tubes to control the forward and reverse flow of refrigerant and make refrigerant flow in a specified direction. Good sealing performance pplicable refrigerant: R, R407C, R40 etc. pplicable medium temperature: - ~+80 Maximum working pressure: 4.MPa pplicable refrigerant: R, R407C, R40,R34a etc. pplicable medium temperature: - ~ +0 Maximum working pressure: 4.8MPa pplicable ambient temperature: - ~ +55 Certification: UL C E pplicable Temperature L L L L3 L4 H M Tube Size YCV3 YCV5 YCV8 YCV YCV ~ +80 Sanhua M4 0.7 M4 0.7 M4 0.7 M4 0.7 M4 0.7 M4 0.7 M6.0 M6.0 M6.0 M6.0 M6.0 M6.0 M6.0 Installation: ) The valve body shall be kept cool no more than 0 in brazing process. ) The valve shall stay full open or close in application. 3) For the ball valves with access port in the tube, valve core shall be removed during brazing CVCV YCV3 YCV C F E Installation:) The valve body shall be kept cool no more than 0 in brazing process. ) The inside of valve shall stay dry and clean during the installation. 00 pplicable Temperature - ~ +80 Sanhua-55

Check Valve Piston Type Series ngle Valve Piston type check valves are mainly used in air conditioning system or freezingdeep freezing equipment to control the

pplicable medium temperature: -50 ~+40 Maximum working pressure: MPa ngle valves are used for tube connection or compressor and reservoirs of coercial air conditioner,

High reliabiity pplicable refrigerant: R, R34a, R407C, R40 pplicable medium temperature: -40 ~ +0 Maximum working pressure: 4.

YCVS3-55GSHC- YCVSH3-55GSHC- YCVS7-66GSHC- YCVSH7-66GSHC- YCVS0-77GSHC- YCVSH0-77GSHC- YCVS6-99GSHC- YCVSH6-99GSHC- YCVS3-GSHC- YCVSH3-GSHC- Port 5 8 0 3 7 0 6 3 C E 90 8

) The inside of valve shall stay dry and clean during the installation.

29 Check Valve Piston Type Series ngle Valve Piston type check valves are mainly used in air conditioning system or freezingdeep freezing equipment to control the unidirectional flow of fluid so as to prevent backflow. Compatible with high temperature pplicable refrigerant: R, R407C, R40 etc. pplicable medium temperature: -50 ~+40 Maximum working pressure: MPa ngle valves are used for tube connection or compressor and reservoirs of coercial air conditioner, freezing or deep-freezing equipment. Inner path of the valve can be closed or opened by operating the valve stem. High reliabiity pplicable refrigerant: R, R34a, R407C, R40 pplicable medium temperature: -40 ~ +0 Maximum working pressure: 4.8 MPa Certification: UL Sanhua-56 Type pplicable Temperature Straightway Type L-shape Type YCVS5-GSHC- YCVS8-33GSHC- YCVSH8-33GSHC- YCVS0-44GSHC- YCVSH0-44GSHC- YCVS3-55GSHC- YCVSH3-55GSHC- YCVS7-66GSHC- YCVSH7-66GSHC- YCVS0-77GSHC- YCVSH0-77GSHC- YCVS6-99GSHC- YCVSH6-99GSHC- YCVS3-GSHC- YCVSH3-GSHC- Port C E Size Installation:) The valve body shall be kept cool no more than 0 in brazing process. ) The inside of valve shall stay dry and clean during the installation. -50 ~ +40 ZJF- ZJF-3 ZJF-33 ZJF-3 ZJF-34 ZJF-44 ZJF-43 ZJF-54 ZJF-66 ZJF-76 in 7-0UNF 7-0UNF 58-8UNF 58-8UNF 58-8UNF 34-UNF 34-UNF -4UNF -4UNS 4-UNF Installation:) The valve body shall be kept cool no more than 0 in brazing process. ) Proper products shall be selected for different refrigerants C E F in NPT 4 NPT NPT NPT 4 NPT NPT NPT NPT NPT 34 NPT 34 Sanhua-57

Charge Valve rain Pump Series Mainly used in air conditioning systems, and used as service valve for vacuum pumping and refrigerant injection etc.

Low noise, low vibration and light weight Small scale with enough flow rate, long life pplicable refrigerant: R, R407C and R40 etc. pplicable medium temperature: - ~ +0 Maximum working pressure: 4.

Voltage V Rated Current Max m Input Power Max W PS-7 700 450 C0V~40V C5V 0896 0896 0.896 0.896 PS- 00 400 C0V~40V 008 0.8 C in E in Refrigerant 7-0UNF RR407C TCJ- 6 65 6.

30 Charge Valve rain Pump Series Mainly used in air conditioning systems, and used as service valve for vacuum pumping and refrigerant injection etc. rain pumps are used in packaged air conditioners, indoor units of ceiling air conditioners to drain the condensing water generated by heat exchangers during cooling and dehumidification. Low noise, low vibration and light weight Small scale with enough flow rate, long life pplicable refrigerant: R, R407C and R40 etc. pplicable medium temperature: - ~ +0 Maximum working pressure: 4.MPa pplicable fluid temperature: 0 ~ +40 (but no fluid frozen) pplicable ambient temperature: -0 ~ 45 Relative humidity: below 95% RH Certification: UL, CQC and VE Rated Lift Rated Flow mlmin Rated Voltage V Rated Current Max m Input Power Max W PS C0V~40V C5V PS C0V~40V C in E in Refrigerant 7-0UNF RR407C TCJ UNF R40 Installation:) The valve body shall be kept cool no more than 0 in brazing process. ) Proper products shall be selected for different refrigerants. Lift and Flowrate Graph CV 50HzHz, at a water level of 0, testing flow rate in min under different lift (at the distance of m) Sanhua-58 Sanhua-59

rain Pump Series raining Pump Series PS-7 Lift - Noise Graph CV 50HzHz, at a water level of 0, testing draining noise in min under different lift (at the distance of m) PS-7 series drain pumps are

31 rain Pump Series raining Pump Series PS-7 Lift - Noise Graph CV 50HzHz, at a water level of 0, testing draining noise in min under different lift (at the distance of m) PS-7 series drain pumps are used in packaged air conditioners and indoor unit of ceiling air conditioners to drain the condensate generated by the heat exchanger during cooling and dehumidification. Low noise, low vibration and light weight Low energy consumption Compact design, big flow and long service life pplicable fluid temperature: 0 ~+40 (but no fluid frozen) pplicable ambient temperature: -0 ~45 Relative humidity: below 95% RH Rated Lift Rated Flow mlmin Rated Voltage V Rated Current Max m Input Power Max W PS CV 3. PS- Lift - Noise Graph PS CV 370 CV 50HzHz, at a water level of 0, testing draining noise in min under different lift (at the distance of m) Lift and Noise Graph CV 50HzHz, at a water level of 0, testing draining noise in min under different lift (at the distance of m) Sanhua- Sanhua-6

Float Switch rain Valve Float switches are applicable to many environments, usually connected to actuators such as drain pumps or electromagnetic valves to control the fluid level in the equipment

Reliable action point, and long life pplicable fluid temperature: 0 ~ +40 (but no fluid frozen) pplicable ambient temperature: -0 ~ + Relative humidity: below 95% RH YKG()-0 YKG()-50 Max.

5 ction Life 0 thousand times 00 00 Contact Resistance between Reed Contacts mω 0 0 pplicable medium: water pplicable medium temperature: 0 ~ 4 pplicable ambient temperature: -0 ~ 50 Installation

32 Float Switch rain Valve Float switches are applicable to many environments, usually connected to actuators such as drain pumps or electromagnetic valves to control the fluid level in the equipment for the purpose of level warning in the system. rain valves are used in window air conditioners to control the drainage of condensing water so as to keep the internal humility in a reasonable range. Reliable action point, and long life pplicable fluid temperature: 0 ~ +40 (but no fluid frozen) pplicable ambient temperature: -0 ~ + Relative humidity: below 95% RH YKG()-0 YKG()-50 Max. Contact Power W 0 50 Max. Switching Voltage V C 00C 00 C 0C 0 Max. Switching Current C 0.5C 0.5 C 0.7C 0.5 ction Life 0 thousand times Contact Resistance between Reed Contacts mω 0 0 pplicable medium: water pplicable medium temperature: 0 ~ 4 pplicable ambient temperature: -0 ~ 50 Installation mode: vertically placed with capillary tubes facing up ellows displacement: bellows in normal position at 5 - and contracting inward at 4 - with a stroke of more than 5 Specific mount dimensions can be designed according to the customers requirements imension L 4±0.5 44±0.5 L 3±0.5 34±0.5 φ5 φ7 L3 5 L4 4 L5 Notes:. Type and length of leads, terminal insulation casing will be optional subject to the customers needs.. See above figure for external dimensions of nuts. Recoended to tighten the nut to 0.5 N.m. Sanhua-6 Sanhua-63

Thermal Expansion Valve Series Thermal Expansion Valve Series Nominal Capacity No. R Nominal Capacity US.T R407C R404 R507 R34a R Nominal Capacity kw R407C R404 R507 R34a Valve Core Part Code 0X 0.

33 Thermal Expansion Valve Series Thermal Expansion Valve Series Nominal Capacity No. R Nominal Capacity US.T R407C R404 R507 R34a R Nominal Capacity kw R407C R404 R507 R34a Valve Core Part Code 0X RFK-03-0X RFK RFK RFK RFK RFK RFK RFK RFK series thermal expansion valves are used to adjust supply volume of refrigerant in the evaporator which can provide injection of various refrigerants under all working conditions. They can also meet the requirements of freezers, ice makers, dehumidifiers as well as refrigerating systems and air conditioners in various vaporizing temperature ranges. Note:Nominal capacity is measured under nominal working condition: condensating temperature 38, refrigerant temperature before the valve 34, vaporizing temperature 5, static overheat 3. 5K, operating superheat 4K. Replaceable valve core, easy to store, convenient for capacity match and repair Thermal bulb utilizes cross injection technology, and the whole vaporizing temperature range share the same superheat degree Valves with MOP function can be provided to prevent damages to compressor motor caused by excessive evaporation pressure Stable performance of superheat adjustment Long life pplicable refrigerant: R, R34a, R404, R507, R407C etc. pplicable medium temperature: -40 ~+70 or - ~+70 pplicable ambient temperature: -35 ~+55 Relative humidity: 0~00%RH Maximum working pressure: 3.5MPa asic Parameters Refrigerant R R407C R404 R507 R34a Note : a 500 is the recoended standard, which can be customized according to specific needs. Note : b Inlet ends are conneted by solder;outlet and outer equalization ends can be connected by thread or solder. RFK0 RFK0E RFK0 RFK0E RFK03 RFK03E RFK04 RFK04E Pressure Equalization Internal Equalization External Equalization Internal Equalization External Equalization Internal Equalization External Equalization Internal Equalization External Equalization Note 3: C The listed vaporizing temperature is the recoended standard, which can be customized according to specific needs. Capillary Tubes Inlet Outlet in b Equalization in 500 a Vaporizing Temperature c -40 ~ +0 Without MOP or With MOP ~ -5 MOP 0 - ~ -5 MOP -0 Inlet 58-8UNF 34- UNF Outlet 7-0 UNF External Equalization C Thread Tube in Thread 6 Tube in 4 Sanhua-64 Sanhua-65

Thermal Expansion Valve Series Thermal Expansion Valve Series Nominal Capacity No. 3 4 5 R 0.35 0.7.5 Nominal Capacity US.T R407C 0.38 0.76..6. R404 R507 0.5 0.5 0.7.4 R34a 0. 0.44 0.63 0.94.3 R..5 3.

34 Thermal Expansion Valve Series Thermal Expansion Valve Series Nominal Capacity No R Nominal Capacity US.T R407C R404 R R34a R Nominal Capacity kw R407C R404 R R34a RFK series thermal expansion valves are used to adjust supply volume of refrigerant in the evaporator which can provide injection of various refrigerants under all working conditions. They can also meet the requirements of freezers, ice makers, dehumidifiers as well as refrigerating systems and air conditioners in various vaporizing temperature ranges. Thermal bulb utilizes cross injection technology, and the whole vaporizing temperature range share the same superheat degree Valves with MOP function can be provided to prevent damages to compressor motor caused by excessive evaporation pressure Long life Note:Nominal capacity is measured under nominal working condition: condensating temperature 38, refrigerant temperature before the valve 34, vaporizing temperature 5, static overheat 3. 5K, operating superheat 4K. pplicable refrigerant: R, R34a, R404, R507, R407C etc. pplicable medium temperature: -40 ~70 pplicable ambient temperature: -35 ~55 Relative humidity: 0~00%RH Maximum working pressure: 3.5MPa asic Parameters Refrigerant R R407C R404 R507 R34a RFG0 RFG0E RFG0 RFG0E RFG03 RFG03E RFG04 RFG04E Pressure Equalization Internal Equalization External Equalization Internal Equalization External Equalization Internal Equalization External Equalization Internal Equalization External Equalization Capillary Tubes Inlet Outlet in a or or 0 b Equalization in 4 6 Vaporizing Temperature c -40 ~+0 Without MOP -40 ~+0 MOP Inlet in 4 0 Outlet in Note : a 800 is the recoended standard, which can be customized according to specific needs. Note : b Inlet ends are conneted by solder;outlet and outer equalization ends can be connected by thread or solder. Note 3: C The listed vaporizing temperature is the recoended standard, which can be customized according to specific needs. Sanhua-66 Sanhua-67

Thermal Expansion Valve C Series Thermal Expansion Valve C Series Nominal Capacity RFGC series thermal expansion valves are used to adjust supply volume of refrigerant in the evaporator which can

35 Thermal Expansion Valve C Series Thermal Expansion Valve C Series Nominal Capacity RFGC series thermal expansion valves are used to adjust supply volume of refrigerant in the evaporator which can provide injection of various refrigerants under all working conditions. They can also meet the requirements of freezers, ice makers, dehumidifiers as well as refrigerating systems and air conditioners in various vaporizing temperature ranges. No R R407C R404 R R404 R34a R40 R R407C R34a R40 R Note:Nominal capacity is measured under nominal working condition: condensating temperature 38, refrigerant temperature before the valve 34, vaporizing temperature 5, static overheat 3. 5K, operating superheat 4K. Nominal Capacity US.T Nominal Capacity kw Replaceable valve core, easy to store, convenient for capacity match and repair Thermal bulb utilizes cross injection technology, and the whole vaporizing temperature range share the same superheat degree Valves with MOP function can be provided to prevent damages to compressor motor caused by excessive evaporation pressure Stable performance of superheat adjustment Long Life pplicable refrigerant: R R34a R404 R507 R407C R40 etc. pplicable medium temperature: -40~+70 or -~70 pplicable ambient temperature: -35 ~55 Relative humidity: 0~00%RH Maximum working pressure: 4.MPa Thread asic Parameters Refrigerant R R407C R404 R507 R34a R40 RFGC0 RFGC0E RFGC0 RFGC0E RFGC03 RFGC03E RFGC04 RFGC04E RFGC05 RFGC05E Pressure Equalization Internal External Internal External Internal External Internal External Internal External Capillary Tubes b Inlet Outlet Equalization in 500 a in Vaporizing Temperature c -40 ~ +0 Without MOP or MOP ~ -5 MOP 0 - ~ -5 MOP -0 Thread Inlet Tube in Thread Solder Outlet Tube in External Equalization C Thread Tube in Note : a 500 is the recoended standard, which can be customized according to specific needs. Note : b Inlet ends are conneted by solder;outlet and outer equalization ends can be connected by thread or solder. Note 3: C The listed vaporizing temperature is the recoended standard, which can be customized according to specific needs. 58-8UNF 0 34-UNF 7-0 UNF 6 4 Sanhua- Sanhua-69

Thermal Expansion Valve Series Thermal Expansion Valve Series Nominal Capacity RFG series thermal expansion valves are used to adjust supply volume of refrigerant in the evaporator which can provide

36 Thermal Expansion Valve Series Thermal Expansion Valve Series Nominal Capacity RFG series thermal expansion valves are used to adjust supply volume of refrigerant in the evaporator which can provide injection of various refrigerants under all working conditions. They can also meet the requirements of freezers, ice makers, dehumidifiers as well as refrigerating systems and air conditioners in various vaporizing temperature ranges. No R R407C R404 R R404 R34a R40 R R407C R34a R40 R Note:Nominal capacity is measured under nominal working condition: condensating temperature 38, refrigerant temperature before the valve 34, vaporizing temperature 5, static overheat 3. 5K, operating superheat 4K. Nominal Capacity US.T Nominal Capacity kw Replaceable valve core, easy to store, convenient for capacity match and repair Thermal bulb utilizes cross injection technology, and the whole vaporizing temperature range share the same superheat degree Valves with MOP function can be provided to prevent damages to compressor motor caused by excessive evaporation pressure Stable performance of superheat adjustment Long Life pplicable refrigerant: R R34a R404 R507 R407C R40 etc. pplicable medium temperature: -40~+70 or -~70 pplicable ambient temperature: -35 ~55 Relative humidity: 0~00%RH Maximum working pressure: 4.MPa asic Parameters Refrigerant R R407C R404 R507 R34a R40 RFG0 RFG0E RFG0 RFG0E RFG03 RFG03E RFG04 RFG04E RFG05 RFG05E Pressure Equalization Internal External Internal External Internal External Internal External Internal External Capillary Tubes 500 a b Inlet Outlet Equalization in 58 or or 58 0 or or in 4 6 Vaporizing Temperature c -40 ~ +0 Without MOP or MOP ~ -5 MOP 0 - ~ -5 MOP -0 No L L L3 in in in Inlet Outlet External Equalization C Note : a 500 is the recoended standard, which can be customized according to specific needs. Note : b Inlet ends are conneted by solder;outlet and outer equalization ends can be connected by thread or solder. Note 3: C The listed vaporizing temperature is the recoended standard, which can be customized according to specific needs. Sanhua-70 Sanhua-7

Unidirectional Filter riers Unidirectional Filter riers Used in refrigeration system with unidirectional flow to absorb moisture and acid in the system and filter out the impurities.

nd it also reduces the wear of desiccant. Filtering fineness: 0μm Corrosion resistant painting can survive salt spray test of 500 hours.

37 Unidirectional Filter riers Unidirectional Filter riers Used in refrigeration system with unidirectional flow to absorb moisture and acid in the system and filter out the impurities. High efficient in moisture absorption, and filtering capability Hybrid desiccant Solid filter cores are bound with desiccant which can minimize vibration and friction in system operation. nd it also reduces the wear of desiccant. Filtering fineness: 0μm Corrosion resistant painting can survive salt spray test of 500 hours. type: thread or solder TG-03 (KT ) Product Code TG Indicates unidirectional filter drier with solder connection TGL Indicates unidirectional filter drier with thread connection Internal volume in size in Form of inner core KT ST 5Components of core (Omitted) Solid filter core Loose beads Composed of 80% 3 dessicant and 0% active alumina Composed of 00%3 dessicant pplicable refrigerant: CFC, HFC, HCFC, HFC etc. pplicable medium temperature: - ~ +0 (- ~+48 ) pplicable ambient temperature: - ~ +55 (- ~+3 ) Maximum working pressure: 4.8MPa (700Psig) Certification: UL, CS esiccant Selecting Table Oil Note: ) s for CFC system, it is recoended to use a core with alumina since a strong capability to absorb acid may need. Medium Type HFC HCFC CFC HC Mineral oil or Pure POE or PG POE or PG with addictive 80% 3 desiccant and 0% active alumina 00% 3 desiccant pplicable pplicable pplicable pplicable pplicable pplicable Not applicable ) pplicable pplicable Not pplicable ) pplicable pplicable pplicable applicable ) When the systems use oil with addictive, it is not recoended to use a core with alumina. Solder ST Series with Loose esiccant Solder Thread TG-03(ST)(ST) TGL-03(ST)(ST) TG-033(ST)(ST) TGL-033(ST)(ST) TG-034(ST)(ST) TGL-034(ST)(ST) TG-05(ST)(ST) TGL-05(ST)(ST) TG-053(ST)(ST) TGL-053(ST)(ST) TG-08(ST)(ST) TGL-08(ST)(ST) TG-083(ST)(ST) TGL-083(ST)(ST) TG-084(ST)(ST) TGL-084(ST)(ST) TG-(ST)(ST) TGL-(ST)(ST) TG-3(ST)(ST) TGL-3(ST)(ST) TG-4(ST)(ST) TGL-4(ST)(ST) TG-5(ST)(ST) TGL-5(ST)(ST) TG-7(ST)(ST) TG-3(ST)(ST) TGL-3(ST)(ST) TG-4(ST)(ST) TGL-4(ST)(ST) TG-5(ST)(ST) TGL-5(ST)(ST) TG-6(ST)(ST) TGL-6(ST)(ST) TG-7(ST)(ST) TGL-7(ST)(ST) TG-9(ST)(ST) Refrigerant Size in Thread Solder Thread Weight g Sanhua-7 Note: The products listed are standard products which can also be customized. Sanhua-73

38 Sanhua-74 Sanhua-75 Unidirectional Filter riers TG-03(KT)(KT) TG-03.5(KT)(KT) TG-033(KT)(KT) TG-034(KT)(KT) TG-05(KT)(KT) TG-05.5(KT)(KT) TG-053( KT)(KT) TG-054(KT)(KT) TG-055(KT)(KT) TG-08(KT)(KT) TG-08.5(KT)(KT) TG-083(KT)(KT) TG-084(KT)(KT) TG-085(KT)(KT) TG- (KT)(KT) TG-.5(KT)(KT) TG-3(KT)(KT) TG-4(KT)(KT) TG-5(KT)(KT) TG-6(KT)(KT) TG-7(KT)(KT) TG-3(KT)(KT) TG-4(KT)(KT) TG-5(KT)(KT) TG-6(KT)(KT) TG-7(KT)(KT) TG-9(KT)(KT) TG-44(KT)(KT) TG-45(KT)(KT) TG-47(KT)(KT) TG-49( KT)(KT) TG-757(KT)(KT) TG-759(KT)(KT) TGL-03(KT)(KT) TGL-033(KT)(KT) TGL-05( KT)(KT) TGL-053( KT)(KT) TGL-08( KT)(KT) TGL-083( KT)(KT) TGL-084( KT)(KT) TGL-( KT)(KT) TGL-3( KT)(KT) TGL-4( KT)(KT) TGL-5(KT)(KT) TGL-6(KT)(KT) TGL-3(KT)(KT) TGL-4(KT)(KT) TGL-5(KT)(KT) TGL-6(KT)(KT) TGL-7(KT)(KT) TGL-44(KT)(KT) TGL-45(KT)(KT) KT Series with Loose esiccant Note: The products listed are standard products which can also be customized. Size in Weight g Thread Solder Thread Solder Unidirectional Filter riers TG-03 TGL-03 TG-03.5 TG-033 TGL-033 TG-034 TG-05 TGL-05 TG-05.5 TG-053 TGL-053 TG-054 TG-055 TG-08 TGL-08 TG-08.5 TG-083 TGL-083 TG-084 TGL-084 TG-085 TG- TGL- TG-.5 TG-3 TGL-3 TG-4 TGL-4 TG-5 TGL-5 TG-6 TGL-6 TG-7 TG-3 TGL-3 TG-4 TGL-4 TG-5 TGL-5 TG-6 TGL-6 TG-7 TGL-7 TG-9 TG-44 TGL-44 TG-45 TGL-45 TG-47 TG-49 TG-757 TG R34a R 75 F 75 F 75 F 75 F 5 F 5 F 5 F 5 F R404 R507 R40 R407C Flow Rate tons@ psig P(tons) Moisture bsorption (rop 3 ) R34a R507 R407C R40 R404 R KT Series with Solid esiccant (Parameters & Capacity List)

Unidirectional Filter riers i-flow ry Filter ST Series with Loose esiccant(parameters & Capacity List): TG-03 TGL-03 TG-033 TGL-033 TG-034 TGL-034 TG-05 TGL-05 TG-053 TGL-053 TG-08 TGL-08 TG-083

R404 R407C R40 R R34a R R407C R40 R507 75 F 5 F 75 F 5 F 75 F 5 F 75 F 5 F 3.5 3. 5.0 3.5 7.5 5.3 3.7 6. 3.7 3.7 6. 3.7 7.8 5.4 4.4 3.5 6.8 4.4 7.9 6.6 0.3 7.4.9 7.0 4.8 8. 7.5.6 9.3.4 4.7.6.6.5. 3.5.5 5.3 3.7.6.3 4.

39 Unidirectional Filter riers i-flow ry Filter ST Series with Loose esiccant(parameters & Capacity List): TG-03 TGL-03 TG-033 TGL-033 TG-034 TGL-034 TG-05 TGL-05 TG-053 TGL-053 TG-08 TGL-08 TG-083 TGL-083 TG-084 TGL-084 TG- TGL- TG-3 TGL-3 TG-4 TGL-4 TG-5 TGL-5 TG-7 TG-3 TGL-3 TG-4 TGL-4 TG-5 TGL-5 TG-6 TGL-6 TG-7 TGL-7 Flow Rate psig P(tons) Moisture bsorption (rop 3 ) R404 R34a R507 R404 R407C R40 R R34a R R407C R40 R F 5 F 75 F 5 F 75 F 5 F 75 F 5 F Note :Filter riers for liquid line are manufactured in compliance with RI Standard 70. Maximum flow rate of liquid refrigerant at a differential pressure of psi is indicated by Ton which is based on the temperature of liquid refrigerant 86 F and the following mass flow: 3. lbminton R34a 4. lbminton R404 R lbminton R R407C.8 lbminton R40 Note :ata on water absorption is based on the following EP (method: SHRE Standard 63.): ppm R 5ppm R ppm R50 50ppm R34a R404 R507 R40 R407C Used in refrigeration system pipeline with bi-flow or unidirectional flow to absorb moisture and acid in the system and filter out impurities. High efficient in moisture absorption, and filtering capability Hybrid desiccant pplicable refrigerant: CFC, HFC, HCFC etc. Solid filter cores are bound with desiccant which can minimize vibration and friction in system operation. nd it also reduces the wear of desiccant. Filtering fineness: 0μm Corrosion resistant painting can survive salt spray test of 500 hours. type: thread or solder pplicable medium temperature: - ~ 0 (- ~+48 ) pplicable ambient temperature: - ~ 55 (- ~+3 ) Maximum working pressure: 4.8MPa (700Psig) Certification: UL, CS esiccant Selecting Table Refrigerant Oil Note: ) s for CFC system, it is recoended to use a core with alumina since a strong capability to absorb acid may need. Medium Type HFC HCFC CFC HC Mineral oil or Pure POE or PG POE or PG with addictive 80% 3 desiccant and 0% active alumina 00% 3 desiccant pplicable pplicable pplicable pplicable pplicable pplicable Not applicable ) pplicable pplicable Not pplicable ) pplicable pplicable pplicable applicable ) When the systems use oil with addictive, it is not recoended to use a core with alumina. Sanhua-76 Note 3 :0 drops of water=g (cc) Note: The above data is based on cleaning system of ideal condition; after impurities accumulate in the filter, the flow will decrease. Sanhua-77

40 i-flow ry Filter i-flow ry Filter STG 05 (T ) 3 45 Solder STG-05(T)(T) STG-053(T)(T) STG-054(T)(T) STG-08(T)(T) STG-08.5(T)(T) STG-083(T)(T) STG-084(T)(T) STG-3(T)(T) STG-4(T)(T) STG-5(T)(T) STG-7(T)(T) STG-3(T)(T) STG-4(T)(T) STG-5(T)(T) STG-6(T)(T) STG-7(T)(T) STG-9(T)(T) Product Code STG STGL Internal volume in size in Form of inner core T 5Components of inner core (Omitted) Solder Thread STGL-05(T)(T) STGL-053(T)(T) STGL-054(T)(T) STGL-08(T)(T) STGL-083(T)(T) STGL-084(T)(T) STGL-3(T)(T) STGL-4(T)(T) STGL-5(T)(T) STGL-3(T)(T) STGL-4(T)(T) STGL-5(T)(T) STGL-6(T)(T) Indicates bi-flow dry filter with solder connection Indicates bi-flow dry filter with thread connection Solid core Composed of 80% 3 molecule dessicant and 0% active alumina Composed of 00%3 molecule dessicant Size in Thread Solder Thread Weight g Parameters & Capacity List STG-05 STGL-05 STG-053 STGL-053 STG-054 STGL-054 STG-08 STGL-08 STG-08.5 STG-083 STGL-083 STG-084 STGL-084 STG-3 STGL-3 STG-4 STGL-4 STG-5 STGL-5 STG-7 STG-3 STGL-3 STG-4 STGL-4 STG-5 STGL-5 STG-6 STGL-6 STG-7 STG-9 Flow Rate tons@ psig P(tons) Moisture bsorption (rop 3 ) R404 R34a R507 R404 R407C R40 R R34a R R407C R40 R F 5 F 75 F 5 F 75 F 5 F 75 F 5 F Note :Filter riers for liquid line are manufactured in compliance with RI Standard 70. Maximum flow rate of liquid refrigerant at a differential pressure of psi is indicated by Ton which is based on the temperature of liquid refrigerant 86 F and the following mass flow: 3. lbminton R34a 4. lbminton R404 R lbminton R R407C.8 lbminton R40 Note :ata on water absorption is based on the following EP (method: SHRE Standard 63.): ppm R 5ppm R ppm R50 50ppm R34a R404 R507 R40 R407C Note 3 :0 drops of water=g (cc) Note: The above data is based on clean system of ideal condition; after impurities accumulate in the filter, the flow will decrease Note: The products listed are standard products which can also be customized. Sanhua-78 Sanhua-79

Filter rier with Replaceable Core Filter rier with Replaceable Core HTG Copper Tube Size in L L L H Qty of Filter Cores HTG series filter drier with replaceable core is used in liquid line and gas

It's sealed by bottom cover for the convenience of removal and replacement of core from the bottom.

41 Filter rier with Replaceable Core Filter rier with Replaceable Core HTG Copper Tube Size in L L L H Qty of Filter Cores HTG series filter drier with replaceable core is used in liquid line and gas line of refrigerating, freezing and air conditioning systems of fluorine refrigerant. Its design allows for selecting different kinds of cores. It's sealed by bottom cover for the convenience of removal and replacement of core from the bottom. High efficient in moisture absorption, impurity, acid removal Corrosion resistant painting surviving 500h salt spray test type: Copper or steel tube solder SH-48 filter element 80% 3 esiccant, 0% active alumina for acid absorption. Great desiccation ability is applicable under wide range of temperature showing high pressure educability and excellent anti-shock performance. The even size of desiccant beads removes impurities effectively and keep low pressure drop. pplicable refrigerant: R, R34a, R404, R507 etc. SH-48Hfilter element 00% 3 desiccant. Can work with POE oil with strong moisture absorption capability. pplicable refrigerant: R34a, R 404 and R 407C etc. SH-48C filter element % 3 esiccant, 70% active alumina for acid absorption. Great desiccation ability is applicable under wide range of temperature showing high pressure educability and excellent anti-shock performance. The even size of desiccant beads removes impurities effectively and keep low pressure drop. Protecting compressor, Effectively absorb acid and water; filter out impurities; extend the service life of compressor. pplicable refrigerant: R, R34a, R404, R507 etc. pplicable refrigerant: HCFC, HFC, CFC etc. pplicable medium temperature: -50 ~+0 (-58 ~+48 ) pplicable ambient temperature: -50 ~+80 (-58 ~+76 ) Maximum working pressure: HTG-48 35bar, HTG-96 35bar, HTG-44 35bar, HTG-9 8bar Certification: PE HTG HTG HTG HTG HTG HTG HTG HTG HTG HTG HTG HTG HTG-9-00 HTG HTG HTG HTG HTG HTG HTG HTG-9-00 HTG-9-00 HTG HTG HTG HTG HTG HTG HTG HTG HTG HTG HTG HTG HTG HTG HTG HTG HTG HTG-9-00 HTG HTG HTG Steel Tube Size in L L L H Qty of Filter Cores Note: The products listed are standard products which can also be customized. Sanhua-80 HTG Series Filter rier Filter Core Sanhua-8

ccumulator P Series ccumulator P Series P series accumulator is installed between the suction port of the refrigerating system compressors and evaporator to separate gas and fluid, store fluid,

42 ccumulator P Series ccumulator P Series P series accumulator is installed between the suction port of the refrigerating system compressors and evaporator to separate gas and fluid, store fluid, return oil and filter. Inlet and outlet are made of copper tubes The oil return hole is matching the system capacity to optimize the flow of liquid refrigerant and lubrication oil into compressor. The filter fittings on U-tube is an assembly of screen and return oil hole which can effectively prevent impurities or dirt impacting oil return. Powder coated surface can survive 500hours of salt spray test. pplicable refrigerant: CFC, HCFC, HFC etc. pplicable medium temperature: - ~+0 (- ~+48 ) pplicable ambient temperature: -35 ~+55 (- ~+3 ) Maximum working pressure:.5mpa (3Psig) Certification: UL, CS and PE CM-P CM-P CM-P CM-P CM-P CM-P CM-P CM-P CM-P CM-P CM-P CM-P CM-P007-8 CM-P CM-P CM-P CM-P CM-P CM-P CM-P L Screw Size M -UNC- -UNC- -UNC- -UNC- -UNC- -UNC- M8 -UNC- -UNC- -UNC- -UNC- -UNC- -UNC- -UNC- -UNC- -UNC- -UNC- -UNC- -UNC- M d L N meshes in d Note: The products listed are standard products which can also be customized. Sanhua-8 Sanhua-83

ccumulator S Series ccumulator S Series S series accumulator is installed between the suction port of the refrigerating system compressors and evaporator to separate gas and fluid, store fluid,

43 ccumulator S Series ccumulator S Series S series accumulator is installed between the suction port of the refrigerating system compressors and evaporator to separate gas and fluid, store fluid, return oil and filter. L d d L L d3 d4 M meshes in N meshes in Inlet and outlet are made of copper tubes The oil return hole is matching the system capacity to optimize the flow of liquid refrigerant and lubrication oil into compressor. The filter fittings on U-tube is an assembly of screen and return oil hole which can effectively prevent impurities or dirt impacting oil return. Powder coated surface can survive 500hours of salt spray test. pplicable refrigerant: CFC, HCFC, HFC etc. CM-S CM-S CM-S CM-S CM-S CM-S CM-S CM-S CM-S CM-S000-0 CM-S000-0 CM-S000-0 CM-S000-0 CM-S CM-S Note: The products listed are standard products which can also be customized pplicable medium temperature: - ~+0 (- ~+48 ) pplicable ambient temperature: -35 ~+55 (- ~+3 ) Maximum working pressure:.5mpa (3Psig) Certification: UL, CS and PE Sanhua-84 Sanhua-85

ccumulator M Series Receiver V Series M series accumulator is installed between the suction port of the refrigerating system compressors and evaporator to separate gas and fluid, store fluid, return

Inlet and outlet are made of copper tubes The oil return hole is matching the system capacity to optimize the flow of liquid refrigerant and lubrication oil into compressor The filter fittings on

44 ccumulator M Series Receiver V Series M series accumulator is installed between the suction port of the refrigerating system compressors and evaporator to separate gas and fluid, store fluid, return oil and filter. Inlet and outlet are made of copper tubes The oil return hole is matching the system capacity to optimize the flow of liquid refrigerant and lubrication oil into compressor The filter fittings on U-tube is an assembly of screen and return oil hole which can effectively prevent impurities or dirt impacting oil return Powder coated surface can survive 500hours of salt spray test pplicable refrigerant: CFC, HCFC, HFC etc. pplicable medium temperature: - ~+0 (- ~+48 ) pplicable ambient temperature: - ~+55 (- ~+3 ) Maximum working pressure:.5mpa (3Psig) Certification: UL, CS and PE V series receivers are usually installed on high pressure liquid line of refrigeration systems to store excessive refrigerant when the load of the system changes. The inlet is use solder connection and outlet uses thread connection Internal flow-out is realized by suction tube Powder coated surface can survive 500hours of salt spray test pplicable refrigerant: CFC, HCFC, HFC etc. pplicable medium temperature: - ~ +0 (- ~+48 ) pplicable ambient temperature: - ~ +55 (- ~+3 ) Maximum working pressure: 3.5MPa (500Psig) Certification: UL, PE CM-M CM-M CM-M CM-M CM-M CM-M007-0 CM-M007-0 CM-M L L L d Note: The products listed are standard products which can also be customized. d d LR-V LR-V LR-V007-0 LR-V LR-V LR-V LR-V M in 34-UNF- 34-UNF- 34-UNF- 34-UNF- 34-UNF- -4UNS- -4UNS- d L L in in in Note: The products listed are standard products which can also be customized N screw -UNC- screw -UNC- screw -UNC- screw -UNC- screw -UNC- screw -UNC- screw -UNC- Sanhua-86 Sanhua-87

ccumulator F Series Receiver C Series pplicable for household air conditioner compressors, the receiver is installed in front of the compressor to separate refrigerant and refrigeration oil and

It has functions of gas-liquid separation, liquid storage, oil return and noise reduction to ensure that the compressor would not be damaged by fluid impact.

45 ccumulator F Series Receiver C Series pplicable for household air conditioner compressors, the receiver is installed in front of the compressor to separate refrigerant and refrigeration oil and impurities not completely gasified by evaporators. It has functions of gas-liquid separation, liquid storage, oil return and noise reduction to ensure that the compressor would not be damaged by fluid impact. pplicable for household air conditioner compressors, the receiver is installed in front of the compressor to separate refrigerant and refrigeration oil and impurities not completely gasified by evaporators. It has functions of gas-liquid separation, liquid storage, oil return and noise reduction to ensure that the compressor would not be damaged by fluid impact. Finished with powder painting surviving 500 hours of salt spray test Steel casing, more endurable Finished with powder painting surviving 500 hours of salt spray test pplicable refrigerant: CFC, HCFC, HFC etc. pplicable medium temperature: - ~+0 (- ~+48 ) pplicable ambient temperature: -35 ~+55 (- ~+3 ) Maximum working pressure: 4.8MPa (700Psig) Certification: UL pplicable refrigerant: CFC,HCFC, HFC etc. pplicable medium temperature: - ~+0 (- ~+48 ) pplicable ambient temperature: - ~+55 (- ~+3 ) Maximum working pressure: 4.8 MPa (700Psig) Certification: UL KCY-FXX05 KCY-FXX03 KCY-FXX035 KCY-FXX040 KCY-FXX048 KCY-FXX050 KCY-FXX ~3 70~3 70~3 90~3 90~3 90~3 ~3 0~450 0~450 0~450 40~450 40~450 40~450 80~450 C 5~50 5~50 5~50 5~50 5~50 5~50 5~50 Note: ) The products listed are standard products which can also be customized. d in Type ) No moisture or impurities can get in during brazing process. The coated area can not be burnt during brazing. KCY-CXX05 KCY-CXX0 KCY-CXX03 KCY-CXX035 KCY-CXX04 KCY-CXX048 KCY-CXX050 KCY-CXX ~3 70~3 70~3 90~3 90~3 90~3 ~3 ~3 0~450 0~450 0~450 40~450 40~450 40~450 80~450 80~450 C 5~5 5~5 5~5 5~5 5~5 5~5 5~5 5~5 E 5~50 5~50 5~50 5~50 5~50 5~50 5~50 5~50 Note: The products listed are standard products which can also be customized. d in Solder connection Type Solder connection Sanhua-88 Sanhua-89

) Tel: 0086-7-58980 The receiver is installed in front of the compressor to separate refrigerant and refrigeration oil and impurities not completely gasified by evaporators.

46 Receiver ST Series (ZHONGSHN CITY SNHU REFRIGERTION COMPONENTS CO., LT.) Tel: Receiver KCY Series (ZHONGSHN CITY SNHU REFRIGERTION COMPONENTS CO., LT.) Tel: The receiver is installed in front of the compressor to separate refrigerant and refrigeration oil and impurities not completely gasified by evaporators. It has functions of gas-liquid separation, liquid storage, oil return and noise reduction to ensure that the compressor would not be damaged by flood shock. The receiver is installed in front of the compressor to separate refrigerant and refrigeration oil and impurities not completely gasified by evaporators. It has functions of gas-liquid separation, liquid storage, oil return and noise reduction to ensure that the compressor would not be damaged by flood shock. Stable performance and high reliability Stable performance and high reliability pplicable refrigerant: R,R50,R34a,R407,R40 etc. pplicable meidum temperature: - ~+0 (- ~+48 ) pplicable ambient temperature: - ~+55 (- ~+3 ) Max. working pressure: 4.8MPa(700Psig) Certification: UL pplicable refrigerant: R,R50,R34a,R407,R40 etc. pplicable meidum temperature: - ~+0 (- ~+48 ) pplicable ambient temperature: -%~+55 (- ~+3 ) Max. working pressure: 4.8MPa(700Psig) Certification: UL C ΦEΦF Type Note: ST-XX48XXX ST-XX55XXX ST-XX64XXX ST-XX75XXX ST-XX80XXX ~50 00~350 0~00 Φ9.53~Φ0 ) The products listed are standard products whicn can be customized. ) No moisture or outher foreign impurities can enter the product during installation. 3) uring the brazing process, it is not allowed to directly heat the existing welding line which may cause leak. C ΦEΦF Type Solder connection KCY-XX0XXX 0 KCY-XX3XXX 3.8 KCY-XX40XXX 40 KCY-XX48XXX 48 KCY-XX50XXX 50.8 Solder connection KCY-XX54XXX 5 58~0 00~400 0~00 Φ6.35~Φ0 KCY-XX57XXX 57. KCY-XX64XXX 64 KCY-XX75XXX 75 KCY-XX80XXX 80 KCY-XX90XXX 90 Note: ) The products listed are standard products whicn can be customized. ) No moisture or other foreign impurities can enter the product during installation 3) uring the brazing process, it is not allowed to directly heat the existing welding line which may cause leak. Sanhua-90 Sanhua-9

47 Receiver C Series (ZHONGSHN CITY SNHU REFRIGERTION COMPONENTS CO., LT.) Tel: Compensator The receiver is installed in front of the compressor to separate refrigerant and refrigeration oil and impurities not completely gasified by evaporators. It has functions of gas-liquid separation, liquid storage, oil return and noise reduction to ensure that the compressor would not be damaged by flood shock. Stable performance and high reliability pplicable refrigerant: R,R50,R34a,R407,R40 etc. pplicable meidum temperature: - ~+0 (- ~+48 ) pplicable ambient temperature: - ~+55 (- ~+3 ) Max. working pressure: 4.8MPa(700Psig) Certification: UL Mainly used to store excessive refrigerant in air conditioners during cooling or heating (defrosting), and increase the temperature of refrigerant flowing into compressor to reduce the compressor load and improve system efficiency. Solid copper solder connection Minimize pressure drop Guarantee the Maximum working pressure Powder coated surface can survive 500 hours of salt spray test pplicable refrigerant: HFC, HCFC, HC etc. pplicable medium temperature: - ~ +0 (- ~+48 ) pplicable ambient temperature: - ~ +55 (- ~+3 ) Maximum working pressure: 4.8MPa Certification: UL, CS C ΦEΦF Type C-XX55XXX 55 C-XX65XXX 65 Solder connection C-XX75XXX 75 00~0 50~350 0~00 Φ9.53~Φ0 C-XX80XXX 80 C-XX90XXX 90 Note: ) The products listed are standard products whicn can be customized. ) No moisture or other foreign impurities can enter the product during installation 3) uring the brazing process, it is not allowed to directly heat the existing welding line which may cause leak. JYQ JYQ JYQ JYQ JYQ C Note: The products listed are standard products which can also be customized. in E in F in nection Type Solder Con- Sanhua-9 Sanhua-93

Muffler Muffler Spun Steel Muffler Mufflers are used in refrigerating systems such as household air conditioners or coercial air conditioners.

Powder coated surface can survive 500 hours of salt spray test pplicable refrigerant: CFC, HCFC, HFC etc.

48 Muffler Muffler Spun Steel Muffler Mufflers are used in refrigerating systems such as household air conditioners or coercial air conditioners. Mufflers are installed in discharge line or other pipes to eliminate and alleviate noises and vibration. Powder coated surface can survive 500 hours of salt spray test pplicable refrigerant: CFC, HCFC, HFC etc. pplicable medium temperature: - ~+0 (- ~+48 ) pplicable ambient temperature: - ~+55 (- ~+3 ) Maximum working pressure: 4.8 MPa(700Psig) Certification: UL, CS XYQ-FXX05 XYQ-FXX03 XYQ-FXX035 XYQ-FXX040 XYQ-FXX048 XYQ-FXX050 XYQ-FXX ~3 70~3 70~3 70~3 90~3 90~3 ~3 0~450 0~450 0~450 0~450 0~450 0~450 0~450 C 5~50 5~50 5~50 5~50 5~50 5~50 5~50 Note: ) The products listed are standard products which can also be customized ) No moisture or impurities can get in during brazing process. The coated area can not be burnt during brazing. d in nection Type Solder Spun Copper Muffler TXY TXY TXY TXY Regular Steel Muffler Note: ) The products listed are standard products which can also be customized. d in d in ) No moisture or impurities can get in during brazing process. The coated area can not be burnt during brazing. Solder Type XYQ-CXX05 XYQ-CXX0 XYQ-CXX03 XYQ-CXX035 XYQ-CXX04 XYQ-CXX048 XYQ-CXX ~5 5~5 5~5 5~5 5~5 5~5 5~5 70~3 70~3 70~3 70~3 90~3 90~3 90~3 Note: The products listed are standard products which can also be customized. d in Type Solder Con- Sanhua-94 Sanhua-95

Muffler XYQ Series Sight Glass Muffler is used in piping line to reduce vibration and noise. Spun without welding pplicable refrigerant: R,R50,R34a,R407,R40 etc.

8MPa(700Psig) Certification: UL Sight glass is installed after the filter drier in refrigerating systems, which is used to observe moisture change in the refrigerating system, indicate the moisture

49 Muffler XYQ Series Sight Glass Muffler is used in piping line to reduce vibration and noise. Spun without welding pplicable refrigerant: R,R50,R34a,R407,R40 etc. pplicable meidum temperature: - ~+0 (- ~+48 ) pplicable ambient temperature: -%~+55 (- ~+3 ) Max. working pressure: 4.8MPa(700Psig) Certification: UL Sight glass is installed after the filter drier in refrigerating systems, which is used to observe moisture change in the refrigerating system, indicate the moisture level by colors, and remind timely replacement of relevant parts of the filter drier. Contamination-free structure: The indicator is pasted closely to the glass to prevent surface contamination High precision color indicator The brass material is solid and corrosion resistant Using high clear sight glass of wide angle Using low creep PTFE at sealing position to ensure no leakage pplicable refrigerant: CFC, HCFC, HFC etc. pplicable medium temperature: -50 ~+0 (-58 ~+48 ) pplicable ambient temperature: -50 ~+80 (-58 ~+76 ) Maximum working pressure: 4.MPa Certification:UL, CS Note: XYQ-XX8XXX XYQ-XXXXX XYQ-XX3XXX XYQ-XX40XXX XYQ-XX50XXX XYQ-XX65XXX ~0 00~350 0~00 Φ9.53~Φ0 ) The products listed are standard products whicn can be customized. ) No moisture or other foreign impurities can enter the product during installation 3)uring the brazing process, it is not allowed to directly heat the existing welding line which may cause leak. C ΦEΦF nection Type Solder Con- SYJ SYJ SYJ SYJ SYJ SYJ SYJ SYJ SYJ d L Type in in Metric Solder Solder Solder Solder Solder Solder Solder Solder Solder SYJ SYJ SYJ SYJ SYJ SYJ SYJ SYJ SYJ M6 M0 M M L Type Thread Thread Thread Thread Thread Thread Thread Thread Thread Note: The products listed are standard products which can also be customized. Sanhua-96 Sanhua-97

Pressure Vessel Piping ssembly The design, manufacturing and inspection is based on NT 470 and TSG R0004 standard The welding is governed by JT 4709 The inspection of welding line is governed by

with x-ray The pressure test is following NT 470 Type of the vessel: Maximum operating pressure: 0 MPa Material of the main pressure parts: Carbon Steel and stainless steel pplicable refrigerant: as

path for refrigerant. pplicable refrigerant: R, R407C, R40 etc. pplicable medium temperature: - ~+0 Maximum working pressure R, R407C: 3MPa R40: 4.

50 Pressure Vessel Piping ssembly The design, manufacturing and inspection is based on NT 470 and TSG R0004 standard The welding is governed by JT 4709 The inspection of welding line is governed by Grade II in JT 47. with x-ray The pressure test is following NT 470 Type of the vessel: Maximum operating pressure: 0 MPa Material of the main pressure parts: Carbon Steel and stainless steel pplicable refrigerant: as per customer iameter range of body:φ 50~Φ700 Maximum length of the product: 4000 Piping assembly is applicable for heat pump air conditioning systems such as room air conditioners to provide flow path for refrigerant. pplicable refrigerant: R, R407C, R40 etc. pplicable medium temperature: - ~+0 Maximum working pressure R, R407C: 3MPa R40: 4.MPa Item Refrigerant Standard R 5mg Content of undissolved impurites R407C 5mg R40 5mg R 0mg Content of mineral oil R407C 5mg R40 5mg R Content of chloride ion R407C R40 5PPM ue to the particularity of pipe components, the installation position, product structure and connection size required by different customers differs, even those required by different model of products of one customer differs. Therefore, product structure and interface size are varied subject to the specific customer and product model. Note: The products listed are standard products which can also be customized. Sanhua-98 Sanhua-99

Iron Piping ssembly for ir Conditioners Stainless Steel Piping ssembly for ir Conditioners Iron piping assembly is applicable for room air conditioners to provide flow path for refrigerant.

51 Iron Piping ssembly for ir Conditioners Stainless Steel Piping ssembly for ir Conditioners Iron piping assembly is applicable for room air conditioners to provide flow path for refrigerant. Stainless steel piping assembly is applicable for refrigerating system such as central air conditioners to provide flow path for refrigerant. Coating can be black or copper color Cost-effective design compared with copper urability against corrosion Clean and environment-friendly Endurance against pressure pplicable refrigerant: R, R407C, R40,etc. pplicable medium temperature: - ~+0 Maximum working pressure R, R407C: 3.0MPa R40: 4.MPa pplicable refrigerant: R, R407C, R40,etc. pplicable medium temperature: - ~+0 Maximum working pressure: R, R407C: 3.0MPa R40: 4.MPa Item Paint Film Thickness Paint Film dhesion Paint Film Hardness Salt Spray test Refrigerant R R407C R40 R R407C R40 R R407C R40 R R407C R40 Standard rea of ropped Paint 5% H 50um 40h Item Refrigerant Standard R Salt Spray test R407C 000h R40 ue to the particularity of pipe components, the installation position, product structure and connection size required by different customers differs, even those required by different model of products of one customer differs. Therefore, product structure and interface size are varied subject to the specific customer and product model. Note: ) ue to the particularity of pipe components, the installation position, product structure and connection size required by different customers differs, even those required by different model of products of one customer differs. Therefore, product structure and interface size are varied subject to the specific customer and product model. ) No moisture or impurities can get in during brazing process. The coated area can not be burnt during brazing. Sanhua-00 Sanhua-0

Solenoid Valve FKMV i-stable Solenoid Valve Step Valve F Series FKMV bi-stable solenoid valves are used in duel temperaturedouble control household refrigerators, deep freezers, wine cabinet, water

F series step valves are mainly used in duel temperaturedouble control household refrigerators with variable temperature areas (with 0 preservation area or -7 temperature area) and similar

Maintaining working conditions with pulse actuation and magnet latching mode Good inner leakage performance Low noise Optimized design of refrigeration system, lower power consumption Low operation

5mpa pplicable refrigerant: R0a and R34a pplicable medium temperature: -0 ~ +65 pplicable ambient temperature: -0 ~ + Relative humidity: below 95% Noise: istance 5cm, starting noise 50d (), rotary

52 Solenoid Valve FKMV i-stable Solenoid Valve Step Valve F Series FKMV bi-stable solenoid valves are used in duel temperaturedouble control household refrigerators, deep freezers, wine cabinet, water dispenser and other similar small scale cooling systems to switch the flow path of refrigerants. F series step valves are mainly used in duel temperaturedouble control household refrigerators with variable temperature areas (with 0 preservation area or -7 temperature area) and similar refrigeration systems for controlling and switching the flow direction of refrigerant. Maintaining working conditions with pulse actuation and magnet latching mode Good inner leakage performance Low noise Optimized design of refrigeration system, lower power consumption Low operation noise: utilizing rotary actuation pplicable refrigerant: R0a, R34a etc. pplicable medium temperature: - ~ +65 mbient temperature: -0 ~ + Relative humidity: below 95% RH Maximum working pressure:.5mpa pplicable refrigerant: R0a and R34a pplicable medium temperature: -0 ~ +65 pplicable ambient temperature: -0 ~ + Relative humidity: below 95% Noise: istance 5cm, starting noise 50d (), rotary noise 40d () of Valve ody Voltage V Frequency Hz Sealing Structure Max. Opening ifferential Pressure MPa ir Flow Lh ( P=0.4MPa) Inner Leakage mlmin ( P=0.4MPa) Port ir Flow Lh ( P=0.8MPa) Inner Leakage mlmin ( P=0.8MPa) Max. Working Pressure MPa F C0V~0V Rubber F KMV C0V~40V Steel ball <8 Electrical Parameters of Coil Resistance at 0 Ω Rated Voltage V Voltage Change Rated Current When Unidirectional Winding is Powered m Max. ifferential Pressure of Opening Valve MPa 46±3 CV 90%~0%.8 Product structure and interface dimensions can be customized according to customers requirements. Product structure and interface dimensions can be customized according to the customers' requirements. Sanhua-0 Sanhua-03

oor-opening Electromagnet CT Series Micro Channel Evaporator SNHU (HNGZHOU) MICRO CHNNEL HET EXCHNGER CO., LT. Tel: 0086-57-8667399 Http:www.sanhuamc.com Email: sales@sanhuamc.

Micro Channel evaporator is applicable in residential or coercial cooling air conditioning system as well as refrigeration. Unique -coil design allows refrigerant flow without restriction.

Rated Voltage V 0±0% 0±0% 40±0% 40±0% 0±0% 0±0% 0±0% 0±0% 7±0% 7±0% Frequency Hz 50 50 50 50 Power W 4±0% 6±0% 8±0% 45±0% 38±0% 6±0% 435±0% 5±0% 43W±0% 7W±0% mbient Temperature -~0 -~+50 -~+50 -~0

50% reduction of refrigerant charge % more heat transfer efficiency than copper tube and fin % lower air flow resistance 50% less space and MCHE is lighter ll aluminum heat exchanger can be easily

53 oor-opening Electromagnet CT Series Micro Channel Evaporator SNHU (HNGZHOU) MICRO CHNNEL HET EXCHNGER CO., LT. Tel: CT series door-opening electromagnets are used to open and close ice access door. Intermittent energization: attracted when power on, and released when power off. Micro Channel evaporator is applicable in residential or coercial cooling air conditioning system as well as refrigeration. Unique -coil design allows refrigerant flow without restriction. pplicable ambient temperature: - ~ +50 (but no condensation or icing is allowed) Relative humidity: % ~ 90% RH Certification: UL, CT4CT5 acquired TUV certification CT CT CT4 CT5 CT CT CT3 CT4 CT7 CT8 Rated Voltage V 0±0% 0±0% 40±0% 40±0% 0±0% 0±0% 0±0% 0±0% 7±0% 7±0% Frequency Hz Power W 4±0% 6±0% 8±0% 45±0% 38±0% 6±0% 435±0% 5±0% 43W±0% 7W±0% mbient Temperature -~0 -~+50 -~+50 -~0 -~0 -~+50 -~0 -~+50 -~0 -~+50 Working Stroke MCHE is more applicable in R40a environment. 50% reduction of refrigerant charge % more heat transfer efficiency than copper tube and fin % lower air flow resistance 50% less space and MCHE is lighter ll aluminum heat exchanger can be easily recycled and more environment friendly 00% welding, less performance attenuation 00% aluminum more compatible with electrochemical corrosion Special tube bending design for -Coil Special design of distribution channel guarantees even distribution. Special design of fins facilitate draining condensing water pplicable Refrigerant: R40 R34 R R407C R404 pplicable medium temperature:- C~+ C (- ~ +50 ) pplicable ambient temperature:- C~+7 C (- ~ +.6 ) Max. working pressure:mpa CT537 7 Installation iagram Customized. CT4487 Installation iagram Sanhua-04 Sanhua-05

Sanhua-06 Micro Channel Evaporator Micro channel condenser is applicable in residential or coercial cooling air conditioning system as well as refrigeration MCHE is more applicable in R40a

C (- ~.6 ) Max. working pressure:mpa Testing Conditions:. Refrigerant:R40.

environment friendly 00% welding, less performance attenuation 00% aluminum more compatible with electrochemical corrosion SH0 SH09 SH05 SH059 SH09 SNHU (HNGZHOU) MICRO CHNNEL HET EXCHNGER CO., LT.

com ir Volume (CFM) 0 40 550 770 990 5 9 350 740 640 090 540 980 00 70 4 3 Heat Rejection(TUH) P Heat Rejection(TUH) P (air side) ir Volume (air side) 3 F 0. F 09.

54 Sanhua-06 Micro Channel Evaporator Micro channel condenser is applicable in residential or coercial cooling air conditioning system as well as refrigeration MCHE is more applicable in R40a environment % more heat transfer efficiency than copper tube and fin pplicable Refrigerant: R40, R34, R, R407C, R404 pplicable medium temperature:- C~ C (- ~ 50 ) pplicable ambient temperature:- C~7 C (- ~.6 ) Max. working pressure:mpa Testing Conditions:. Refrigerant:R40. Condensing Temperature: 55,49 和 43 50% reduction of refrigerant charge % lower air flow resistance 50% less space and MCHE is lighter ll aluminum heat exchanger can be easily recycled and more environment friendly 00% welding, less performance attenuation 00% aluminum more compatible with electrochemical corrosion SH0 SH09 SH05 SH059 SH09 SNHU (HNGZHOU) MICRO CHNNEL HET EXCHNGER CO., LT. Tel: sales@sanhuamc.com ir Volume (CFM) Heat Rejection(TUH) P Heat Rejection(TUH) P (air side) ir Volume (air side) 3 F 0. F 09.4 F in H O (CFM) 3 F 0. F 09.4 F in H O SH3 SH5 SH56 SH6 SH36 3. Superheat at inlet:33 3. Supercol at outlet:3 4. Inward flow temperature:ry ball 35,Wet ball Micro Channel Evaporator SH6 SH3 SH36 SH367 Testing Conditions: SH0 SH09 SH05 SH059 SH09 SH3 SH5 SH56 SH6 SH36 SH6 SH3 SH36 SH367 SH4 SH49 SH506 SH70 ir Volume (CFM) Heat Rejection(TUH) P Heat Rejection(TUH) P (air side) ir Volume (air side) 3 F 0. F 09.4 F in H O (CFM) 3 F 0. F 09.4 F in H O SH4 SH49 SH506 SH70. Refrigerant:R40. Condensing Temperature: 55,49 和 Superheat at inlet:33 3. Supercol at outlet:3 4. Inward flow temperature:ry ball 35,Wet ball 4 SNHU (HNGZHOU) MICRO CHNNEL HET EXCHNGER CO., LT. Tel: sales@sanhuamc.com Nominal Heat Rejection (TUH) Coil Height (L) Connect tube: Copper tube or luminum tube Coil Length (H) Tube Width (W) Pass Fin ensity (FPI) Inlet iamet X x Outlet iameter x Sanhua-07

Controller for Electronic Expansion Valve Residential Inverter Controller Electronic expansion valve controller is applicable for cooling systems such as room air conditioners, coercial air

Residential inverter controller is applicable for controlling room air conditioners including heat pump air conditioning systems, which is the core component of inverter air conditioners.

control, PI calculation control and protection control or defrost control Integratd system control, performance, electronic conrol; provide higher performance and lower energy consumption as a whole

frequency: 50Hz, Hz pplicable electronic expansion valve: Q, O, S, R, T pplicable port size of electronic expansion valve:.3~6.

55 Controller for Electronic Expansion Valve Residential Inverter Controller Electronic expansion valve controller is applicable for cooling systems such as room air conditioners, coercial air conditioners and freezers which is the core component for refrigerant flow control. Residential inverter controller is applicable for controlling room air conditioners including heat pump air conditioning systems, which is the core component of inverter air conditioners. High sharing design,use both temperature sensor or pressure sensor to collect signal Integrated with advanced system control solution and the parameters are adjustable Use feedback of superheat to control, PI calculation control and protection control or defrost control Integratd system control, performance, electronic conrol; provide higher performance and lower energy consumption as a whole solution Equipped with C inverter 80 sine wave control, full active PFC control, torque compensation and low voltage improvement General Spec Rated Voltage: CV+0%,C4V+0%,C00V~C40V pplicable frequency: 50Hz, Hz pplicable electronic expansion valve: Q, O, S, R, T pplicable port size of electronic expansion valve:.3~6.5 pplicable excitation:~ Phase, ~ Phase Item Construction mode Shared mbient temperature and humidity Storage environment temperature and humidity Only cooling Heat pump C One-unit, duel-panel FR-4 design -0 ~+70 0%~95% - ~+85 0%~95% ll comply with EMC and other safety testing, full frequency in accordance with national export standard Item Frequency Range Power Factor Structure Compressor actuating method Outdoor blower Throttle mode ctuating compressor Certification Nominal Refrigerating Capacity HP.5HP HP Passive PFC 5Hz~80Hz ctive PFC Hz~0Hz Passive PFC:0.85~0.93 Partial PFC:0.93~0.97 Full ctive PFC:0.97~0.997 Monolithic design or Intersected design 50 wide-angle actuatingsine wave actuatingsine wave act uating C blowerc blower Electronic expansion valvecapillary tubes GMCC, Panasonic, Hitachi, Sanyo, MITSUISHI etc. 3CCEETLTUV(including EMC) 3HP Rated Electric Input Power Max. Electric Input Power Size Certification 0V V 90x70 00x80 0x90 available for customization as per customers needs 3C CE ETL TUV UL(including EMC) Sanhua-08 Sanhua-09

ir Conditioning Controller ssembly Inverter Controller for Large System ir Conditioning Controller ssembly Inverter Controller for HP Water Heater Inverter controller for large System is mainly used

They not only realize frequency conversion control over C converter compressor, but also control all kinds of electric parts such as outdoor blowers, electronic expansion valves and solenoid valves,

56 ir Conditioning Controller ssembly Inverter Controller for Large System ir Conditioning Controller ssembly Inverter Controller for HP Water Heater Inverter controller for large System is mainly used to control whole electric control systems such in outdoor unit as coercial or multiple inverter air conditioners. They not only realize frequency conversion control over C converter compressor, but also control all kinds of electric parts such as outdoor blowers, electronic expansion valves and solenoid valves, greatly improving the efficiency of the whole system. Inverter Controller for HP Water Heater is used to realize overall control of the outdoor unit of heat pump and water heating system. Energy efficiency of whole water heating system can be greatly improved by actuating frequency conversion control over C converter compressor and electrical parts such as outdoor blower, electronic expansion valve and solenoid valves. Normally, the efficiency can be up to 3. with incomparable energy saving advantages over other water heating methods. Equipped with C inverter 80 sine wave control, full active PFC control, torque compensation and low voltage improvement Equipped with circuits for both electronic expansion valve and C inverter blower in order to improve the overal performance Passing EMC tests with the whole frequency meeting national and relevant export standards Intelligent anti-freezing protection Multiple-stage switch timer, tank temperature control, temperature check, malfunction check Equipped with C inverter 80 sine wave control, full active PFC control, torque compensation and low voltage improvement Equipped with circuits for both electronic expansion valve and C inverter blower in order to improve the overal performance Passing EMC tests with the whole frequency meeting national and relevant export standards pplicable voltage: single phase 0V±5% Frequency conversion range: 5~0Hz Temperature control accuracy: ± Specifications of controllers: -with-4, -with-3, -with- and -with- (max. 5HP) Compatible indoor units: wall mounted air conditioners, cabinet air conditioners, ceiling air conditioners and duct type air conditioners pplicable voltage: single phase 0V±5%, 3-phase 380V±5% Frequency conversion range: 5~50Hz Water heating temperature: 0~+55 Water temperature control accuracy: ±0.5 Specifications of controllers: inverter 3HP, inverter 5HP; inverter 3HP+fixed frequency 3HP, inverter 5HP + fixed frequency 5HP Sanhua-0 Sanhua-

Product Catalog VALVES

SUIKA CLIMATE Product Catalog VALVES CONTACT WEB Info@suikaclimate.com ADDRESS Fremont, CA, 94555 TELEPHONE +1 (800) 625 0589 +1 (510) 859 8003 Suika Climate Toeflex ABOUT US Suika Climate (US), Toeflex