PGDX Rectangular duct coolers with DX coil

PGDX Rectangular duct coolers with DX coil

Rectangular duct coolers with DX Coil PGDX Rectangular duct coolers with DX coil The PGDX is used for central cooling of the ventilation air in a ventilation system. The PGDX is also used for cooling individual rooms or zones. PGDX 8 standard sizes Same model for left-hand or right-hand installation (reversible coil) Stainless steel condensate drip tray A let eliminator can be fitted regardless of the direction of air Easily removable drip tray to simplify cleaning and inspection Fins with hyhilic coating for better water run-off The coil is easily accessible for cleaning through the removable drip tray Hygiene certified by ILH Berlin in Germany Design The casing is made of Aluzinc-coated sheet steel, AZ 185. The coil has copper tubes and aluminium fins with hyhilic coating. Stainless steel drip tray for condensate collection, with G½ drain connection. Removable drip tray for inspection and cleaning of the coil. Operating data Max. operating pressure: 3,34 MPa (33,4 bar) 4,8 MPa (48 bar) The coils are pressure tested and tested for leakage. Hygiene certificate Institut für geprüft RLT-Hygiene 2009-2012 Lufthygiene Hygienerelevante Merkmale VDI 6022 (D) VDI 3803 (D) ÖNORM H 6021 (A) SWKI VA104-01 (CH) DIN EN 13779 (EU) geprüft durch ILH BERLIN PGDX is, thanks to its design, hygiene certified by the German test institute ILH Berlin. The design, that facilitates cleaning and preventing the accumulation of water, contribute to that filth and stagnant water can t introduced bacteria to the air stream. In this way, fresh and healthy air is assured. Capacity Examples of capacity for each size are given on pages 4 and 5. You can also do your own calculations using our webbased VEAB Select calculation program (www.veab.com), or get in touch with our sales technicians for assistance. Installation The PGDX is intended for installation in a horizontal duct, with the air in either direction (reversible coil). Droplet eliminator, DE We recommend that a let eliminator should be installed on the outlet side of the coil if the air is in excess of 2.5 m/s. This prevents water lets being entrained by the air out into the duct system. The collected water is discharged through the stainless steel condensate drip tray. The let eliminator is easily accessible after the drip tray has been removed. The let eliminator must be ordered separately. Pressure across let eliminator Pa 90,0 80,0 PGDX with DE let eliminator fitted Pressure 70,0 60,0 50,0 40,0 30,0 20,0 10,0 2 2,25 2,5 2,75 3 3,25 3,5 3,75 4 m/s Page 2 Chap. 8

Rectangular duct coolers with dx coil Overview of range and dimensions Modell B mm H mm S mm R mm I mm O mm K mm M mm N Ø mm C Ø Coil inside volume, l DE PgdX 400x200-3-2.5 438 238 90 105 70 100 165 60 19 1/2 0.69 de 40x20 PgdX 500x250-3-2.5 558 288 90 105 120 30 165 60 22 1/2 1.09 de 50x25 PgdX 500x300-3-2.5 558 338 90 105 175 30 165 60 22 1/2 1.30 de 50x30 PgdX 600x300-3-2.5 638 338 90 105 170 30 165 60 22 5/8 1.56 de 60x30 PgdX 600x350-3-2.5 638 388 90 105 220 30 165 60 22 5/8 1.82 de 60x35 PgdX 700x400-3-2.5 738 438 120 115 250 30 160 75 35 5/8 3.14 de 70x40 PgdX 800x500-3-2.5 838 538 120 115 340 30 160 75 35 5/8 4.49 de 80x50 PgdX 1000x500-3-2.5 1038 538 120 115 350 30 160 75 35 5/8 5.61 de 100x50 PGDX Project design/ordering Descriptive text - PGDX VeaB type PgdX duct cooler with casing made of Aluzinc-coated sheet steel, AZ 185, coil with copper tubes and aluminium fins with hyhilic coating. Stainless steel drip tray for condensate. The duct cooler is hygiene certified. The DE let eliminator should be ordered if the air is higher than 2.5 m/s. Type designation PGDX 400 200-3 - 2.5 (example) Specify the following for project ordering: 1. rate: - m³/h 2. Inlet air temp.: - C 3. Outlet air temp. or required output: - C or - kw 4. Duct size: -mm 5. type: 6. Evaporation temperature: - C 7. Inlet air humidity: - % RH 8. Droplet eliminator, if any: Size designation Number of tube rows Fin pitch, mm Chap. 8 Page 3

Rectangular duct coolers with dx coil Capacity PGDX 400 200-3-2,5 pressure in in out Output Press. 575 2 34 25 50 17.8 2.0 44.7 4.3 575 2 37 30 50 20.6 3.1 67.3 9.3 865 3 67 25 50 19.2 2.4 53.6 6.0 865 3 74 30 50 22.4 3.7 81.3 13.4 1150 4 92 25 50 17.8 2.8 60.5 7.6 1150 4 119 30 50 23.6 4.2 91.9 17.0 Capacity PGDX 500 250-3-2,5 pressure in in out Output Press. PGDX 900 2 34 25 50 17.8 3.2 70.3 4.5 900 2 37 30 50 20.6 4.8 105.8 9.8 1350 3 67 25 50 19.2 3.8 84.2 6.4 1350 3 74 30 50 22.4 5.8 127.7 14.1 1800 4 93 25 50 17.7 4.3 95.1 8.0 1800 4 120 30 50 23.5 6.6 144.6 17.9 Capacity PGDX 500 300-3-2,5 pressure in in out Output Press. 1080 2 34 25 50 17.6 3.9 86.5 7.5 1080 2 37 30 50 20.4 5.9 129.7 16.2 1620 3 68 25 50 19.0 4.7 104.0 10.6 1620 3 74 30 50 22.2 7.2 157.2 23.5 2160 4 110 25 50 19.9 5.4 117.4 13.4 2160 4 121 30 50 23.4 8.1 178.5 30.1 Capacity PGDX 600 300-3-2,5 pressure in in out Output Press. 1300 2 34 25 50 18.0 4.4 96.8 2.0 1300 2 37 30 50 20.9 6.7 146.5 4.4 1950 3 67 25 50 19.4 5.2 115.1 2.8 1950 3 73 30 50 22.7 8.0 175.6 6.2 2600 4 93 25 50 18.1 6.0 131.2 3.6 2600 4 119 30 50 23.8 9.0 197.7 7.8 Page 4 Chap. 8

Rectangular duct coolers with dx coil Capacity PGDX 600 350-3-2,5 pressure in in out Output Press. 1510 2 30 25 50 17.7 5.4 119.1 2.4 1510 2 32 30 50 20.4 8.2 179.7 5.2 2270 3 59 25 50 19.1 6.5 142.5 3.4 2270 3 64 30 50 22.3 9.9 216.7 7.4 3025 4 81 25 50 17.7 7.3 160.5 4.2 3025 4 104 30 50 23.4 11.2 244.8 9.4 Capacity PGDX 700 400-3-2,5 pressure in in out Output Press. 2015 2 33 25 50 14.5 7.0 153.6 1.3 2015 2 50 30 50 20.5 10.7 234.3 2.9 3020 3 66 25 50 16.3 8.7 191.8 2.0 PGDX 3020 3 99 30 50 22.4 12.7 277.8 4.0 4030 4 107 25 50 17.4 10.1 221.7 2.6 4030 4 160 30 50 23.6 14.1 310.1 5.0 Capacity PGDX 800 500-3-2,5 pressure in in out Output Press. 2880 2 33 25 50 14.9 9.7 211.9 0.8 2880 2 49 30 50 20.8 14.7 321.5 1.8 4320 3 66 25 50 16.6 12.0 263.0 1.2 4320 3 97 30 50 22.7 17.3 378.6 2.4 5760 4 107 25 50 17.8 13.8 302.4 1.6 5760 4 157 30 50 23.9 19.2 420.3 2.9 Capacity PGDX 1000 500-3-2,5 pressure in in out Output Press. 3600 2 33 25 50 14.6 12.5 273.4 1.4 3600 2 50 30 50 20.5 19.0 416.8 3.1 5400 3 66 25 50 16.3 15.6 341.3 2.1 5400 3 99 30 50 22.5 22.5 493.9 4.2 7200 4 107 25 50 17.5 18.0 394.1 2.7 7200 4 160 30 50 23.7 25.1 550.9 5.2 Chap. 8 Page 5

WHS, WCS, SHS, DXES, DXCS, CS Customized duct heaters, duct coolers and condensers

CUSTOMISED DUCT HEATERS, DUCT COOLERS AND CONDENSERS WHS/WCS/SHS/DXES/DXCS/CS Customised rectangular duct heaters, duct coolers and condensers VEAB customised range of duct heaters, duct coolers and condensers. 6 models for different applications WHS, heater for hot water WCS, cooler for cooled water SHS, heater for steam DXES, cooler for DXCS, combined heater and cooler for CS, condenser for Design See documentation for relevent model since the designs differ. Control See page 9 for more information about our regulators. DXES CS SHS Page 2 Chap. 9

CUSTOMISED DUCT HEATERS, DUCT COOLERS AND CONDENSERS SHS Customised rectangular duct heaters for steam The SHS with rectangular duct connections is designed to use steam as the heating medium and is used for heating the ventilation air in ventilation systems. The duct heater is rated and manufactured to meet the customer s specification. Casing of hot-dip galvanized sheet steel Coil with copper tubes and aluminium fins The pipe connections of the coil have male threads Connections to the ducting by means of bolts Design The casing is made of hot-dip galvanized sheet steel. The coil has copper tubes and aluminium fins. A drawing and specification are submitted together with the quotation. Other material combinations If required, an anti-corrosion treated version of the SHS is available, with stainless steel casing and epoxy-coated aluminium fins or with copper fins, for use in humid and corrosive environments. SHS Operating data Max. operating temperature: + 164 C Max. operating pressure: 0.6 MPa (6 bar) The coils are tested for leakage. Installation The SHS is installed in a horizontal. Specify the direction of the air when ordering. Project design/ordering Descriptive text - SHS VEAB type SHS duct heater for steam, with casing of hot-dip galvanized sheet steel and coil with copper tubes and aluminium fins. Connecting pipes with male threads. Specify the following for project ordering: 1. rate: - m³/h 2. Inlet air temp.: - C 3. Outlet air temp. or required output: - C or kw 4. Duct size: - mm 5. Inlet steam temp.: - C 6. Outlet steam temp.: - C 7. Operating pressure -bar Type designation SHS 400 200-1 - 2.5 (example) Size designation Number of tube rows (max 2) Fin pitch, mm Chap. 9 Page 5

CUSTOMISED DUCT HEATERS, DUCT COOLERS AND CONDENSERS DXES Customised rectangular duct coolers with DX coil The DXES with rectangular duct connections is designed to use evaporative as the cooling medium and is used for cooling the ventilation air in ventilation systems. The duct cooler is rated and manufactured to meet the customer s specification. Casing of hot-dip galvanized sheet steel Coil with copper tubes and aluminium fins The pipe connections of the coil are intended for brazing Connections to the ducting by means of slip clamps or bolts Stainless steel condensate drip tray Design The casing is made of hot-dip galvanized sheet steel. The coil has copper tubes and aluminium fins. A drawing and specification are submitted together with the quotation. DXES Other material combinations If required, an anti-corrosion treated version of the DXES is available, with stainless steel casing and epoxy-coated aluminium fins or with copper fins, for use in humid and corrosive environments. Operating data Max. operating pressure: 2,38 MPa (23,8 bar) 3,4 MPa (34 bar) The coils are pressure tested and tested for leakage. If the R410A is used, the following applies instead: Max. operating pressure: 3,34 MPa (33,4 bar) 4,8 MPa (48 bar) If the R404A is used, the following applies instead: Max. operating pressure: 2,5 MPa (25 bar) 3,6 MPa (36 bar) Project design/ordering Descriptive text - DXES The VEAB type DXES duct cooler for direct expansion, with casing of hot-dip galvanized sheet steel and coil with copper tubes and aluminium fins. Pipe connections intended for brazing. Stainless steel drip tray provided with a connection with male thread for condensate drainage. If the air is higher than 2.5m/s, the DXES should be ordered with let eliminator. Type designation DXES 400 200-3 - 2.5 (example) Installation The DXES is designed for installation in a horizontal duct. The direction of air must be specified in the order. On delivery, the coils are pressurized at 2 bar. Droplet eliminator If the air is higher than 2.5 m/s, we recommend that a let eliminator should be fitted on the outlet side of the coil. This prevents water lets from being entrained with the air out into the ducting. The let eliminator must be ordered separately. Specify the following for project ordering: 1. rate: - m³/h 2. Inlet air temp.: - C 3. Outlet air temp. or required output: - C or kw 4. Duct size: - mm 5. Direction of air : - left/right 6. type: 7. Evaporation temp.: - C 8. Inlet air humidity: - % RH 9. Droplet eliminator, if required: Size designation Number of tube rows Fin pitch, mm Page 6 Chap. 9

CUSTOMISED DUCT HEATERS, DUCT COOLERS AND CONDENSERS DXCS Customised rectangular combined heater and cooler The DXCS with rectangular duct connections is designed to use for cooling and heating the ventilation air in ventilation systems. The DXCS is rated and manufactured to meet the customer s specification. Casing of hot-dip galvanized sheet steel Coil with copper tubes and aluminium fins The pipe connections of the coil are intended for brazing Connections to the ducting by means of slip clamps or bolts Stainless steel condensate drip tray Design The casing is made of hot-dip galvanized sheet steel. The coil has copper tubes and aluminium fins. A drawing and specification are submitted together with the quotation. Other material combinations If required, an anti-corrosion treated version of the DXCS is available, with stainless steel casing and epoxy-coated aluminium fins or with copper fins, for use in humid and corrosive environments. DXCS Operating data Max. operating pressure: 2,38 MPa (23,8 bar) 3,4 MPa (34 bar) The coils are pressure tested and tested for leakage. If the R410A is used, the following applies instead: Max. operating pressure: 3,34 MPa (33,4 bar) 4,8 MPa (48 bar) If the R404A is used, the following applies instead: Max. operating pressure: 2,5 MPa (25 bar) 3,6 MPa (36 bar) Installation The DXCS is designed for installation in a horizontal duct. The direction of air must be specified in the order. On delivery, the coils are pressurized at 2 bar. Droplet eliminator If the air is higher than 2.5 m/s, we recommend that a let eliminator should be fitted on the outlet side of the coil. This prevents water lets from being entrained with the air out into the ducting. The let eliminator must be ordered separately. Project design/ordering Descriptive text - DXCS The VEAB type DXCS for direct expansion, with casing of hot-dip galvanized sheet steel and coil with copper tubes and aluminium fins. Pipe connections intended for brazing. Stainless steel drip tray provided with a connection with male thread for condensate drainage. If the air is higher than 2.5m/s, the DXCS should be ordered with let eliminator. Type designation DXCS 400 200-3 - 2.5 (example) Specify the following for project ordering: 1. rate: - m³/h 2. Inlet air temp.: - C 3. Outlet air temp. or required output: - C or kw 4. Duct size: - mm 5. Direction of air : - left/right 6. type: 7. Evaporation temp.: - C 8. Inlet air humidity: - % RH 9. Condensating temperature - C 10. Droplet eliminator, if required: Size designation Number of tube rows Fin pitch, mm Chap. 9 Page 7

CUSTOMISED DUCT HEATERS, DUCT COOLERS AND CONDENSERS CS Customised rectangular condensers for in-duct mounting The CS is a condenser designed for condensing s. The condensers are rated and manufactured to meet the customer s specification. Casing of hot-dip galvanized sheet steel Coil with copper tubes and aluminium fins The pipe connections of the coil are intended for brazing Connections to the ducting by means of slip clamps or bolts Design The casing is made of hot-dip galvanized sheet steel. The condenser has copper tubes and aluminium fins. A drawing and specification are submitted together with the quotation. CS Other material combinations If required, an anti-corrosion treated version of the CS is available, with stainless steel casing and epoxy-coated aluminium fins or with copper fins, for use in humid and corrosive environments. Operating data Max. operating pressure: 2,38 MPa (23,8 bar) 3,4 MPa (34 bar) The coils are pressure tested and tested for leakage. If the R410A is used, the following applies instead: Max. operating pressure: 3,34 MPa (33,4 bar) 4,8 MPa (48 bar) Installation The direction of air must be specified in the order. On delivery, the coils are pressurized at 2 bar. Check the pressure before the condenser is installed. If the R404A is used, the following applies instead: Max. operating pressure: 2,5 MPa (25 bar) 3,6 MPa (36 bar) Project design/ordering Descriptive text - CS VEAB type CS condenser for in-duct mounting, with casing of hot-dip galvanized sheet steel and coil with copper tubes and aluminium fins. Pipe connections intended for brazing. Type designation CS 400 200-3 - 2.5 (example) Size designation Number of tube rows Fin pitch, mm Specify the following for project ordering: 1. rate: - m³/h 2. Inlet air temp.: - C 3. Outlet air temp. or required output: - C or kw 4. Inlet air humidity: - % RH 5. type: 6. Condensing temperature: - C 7. Direction of air : - left/right 8. Nominal condenser capacity: - kw Instead for item 8 above A. Compressor refrigeration rating: - kw B. Absorbed compressor capacity: - kw C. Evaporation temperature (+5 C*): - C * unless otherwise specified Page 8 Chap. 9

CUSTOMISED DUCT HEATERS, DUCT COOLERS AND CONDENSERS Regulators for water-based systems AQUA24TF RC RC-DO OPTIGO OP10 AQUA Complete regulator with built-in room sensor. Floating control for controlling three-position actuators. Cascade connection with minimum limit for room temperature control. Can be equipped with external room and/or duct sensor and external setpoint adjustment. Temperature range 0-30 C, depending on the sensor employed. AQUA24TF 24V supply. The regulator has a built-in controlling antifreeze protection with two alarm relays and automatic control for heating during stoppage. REGIO MINI Complete regulator with built-in room sensor. Can be equipped with external room and/or duct sensors. Has two control outputs, e.g. for heating and cooling in sequence. OPTIGO Regulator with display. One knob for all settings. For mounting on DIN rail. Operates with PT1000 sensor in the range of -20 C to + 40 C. Started/stopped with run signal from the fan. OP5 24V supply. 0...10V control signal output. Operates with one sensor (room or duct sensor). Can be reset for heating or cooling control. OP10 24V supply. Can be reset for 0 10V control signal output or 3-point control. Two control outputs, e.g. for heating and cooling in sequence. Input for two sensors and anti-freeze sensor. Supply air temperature control or room temperature control with cascade-controlled supply air. Anti-freeze control with heating during stoppage. Output, e.g. for starting/ stopping of fans via 230V~, 5A relay. Programmable oneweek timer for controlling of both fan and heating/cooling. Terminal for external timer that extends the operating time. Can be equipped with external setpoint adjuster. CONTROLLERS RC 24V supply. 0 10V output control signal. DIP switches are used for basic 20-26 C setpoint setting. The basic setting can be adjusted by ±3 C by means of the setpoint knob. RC-DO 24V supply. 0 10V output control signal. The RC-DO has a back-lit display and a temperature range of 0-50 C. OP10-230 Same functions as the OP10, but with 230V~ supply. Sensor for AQUA Temperature sensor with NTC element for use with AQUA type regulator: TG-K330, TG-R430, TG-R530, TG-R630, TG-A130, TG-D130, TG-D230 Sensor for OPTIGO Temperature sensor with PT-1000 element for use with OPTIGO type regulator: TG-K3, TG-R4, TG-R5, TG-UH, TG-A1, TG-D1, TG-D2 Chap. 9 Page 9

VEAB Heat Tech AB Phone: +46(0)451-485 00 Fax: +46(0)451-410 80 www.veab.com veab@veab.com Sweden