Manufactures of Explosion Proof, Corrosion Resistant and Severe Duty HVAC/R Systems and Pressurization Equipment VACPB1 Series - 60 Hz s VACPB1 Series - 60 Hz s 1.5 to 6.0 (18,000 72,000 BTU/HR) Standard ** See VPAC Series for 7-25 Ton Design** VACPB1 Series Wall Mount Explosion Proof Air Conditioner and Room Pressurization System is Designed to Comply with N.E.C. (National Code) NFPA 70 Article 500 I.E.C. (International Codes) / NFPA 496 and are CSA (NRTL) Certified to Operate Safely in Hazardous Locations. Units Provide, ing, and Room Pressure Automatically While Maintaining the Highest Level Of Safety in Unit Operation. Standard Features All Components UL and CSA Certified Maintenance Friendly General Purpose Control Box Included for A/C High and Low Pressure Safety Switches Installed System Shut-down Provided in Case of Gas or Smoke Detection (Gas Detectors Provided by Others) R-410 Refrigerant Installed Unit Fully Tested for Operational Performance and NEC Compliance Loss of Room Pressure Light Installed ***For a Full List of Unit Specifications, Please See Page 3*** N.E.C. Rated and Approved Safe Air Technology Offering The Keys to Success: Quality, Pricing and On Time Delivery 4133 Evan Brooks Road Baton Rouge LA 70814 U.S.A Phone (225) 303-0007 Fax (225) 303-0020 www.explosionproof.net Email: sales@explosionproof.net COPYRIGHT 2013 Safe Air Technology LLC. All Rights Reserved 1
System Overview Safe Air Technology s VACPB1 Series Systems are designed to provide cooling, heating, and pressurization for the demanding needs of today s Severe Duty Applications. Safe Air Technology produces a standard product line of VACPB1 systems, but also has a team of in house engineers that can custom design a system to meet your particular requirements. Safe Air Technology s units are fully tested for operational performance and NEC Compliance to ensure customer satisfaction and many years of reliable service. Safe Air Technology works with its customers to determine the most appropriate system for the customers application. Once the correct system has been selected, Safe Air Technology will provide an Engineering Submittal package for approval prior to the manufacturing of the system. Severe Duty Design for: Chemical Plants and Refineries Offshore Platforms Gas Plants and Pipelines Corrosive and Hazardous Storage Facilities Paint Room Ammunition Facilities Fuel Transfer Docks Highly Corrosive Environments Safe Air Technology s equipment is NEC and IEC third party certified by CSA International. Available Options ADC Adsil Coated Coils and Copper for Corrosion Protection B Meets Group B Classification for NEC Codes CC Copper/Copper Coils Installed CRT Export Crate Included SD Smoke Detector Installed in System CF Custom Pressurization Filtration Module HC Humidity Controls Installed DSI System Disconnect Installed DW Double Wall Evaporator Section EPX 646 Micro Epoxy Coated Metal for Corrosion Protection HCC Heresite Coated Coils and Copper for Corrosion Protection HG Hot Gas By-Pass Valve Installed HL High and Low Pressure Safety Switches Installed ISV Refrigeration Isolation Valves LAC Low Ambient Controls Installed LOC Lock Out Switch Installed (Standard Feature) MOD Custom Modification (See Sales) PBD Pressure Blower Isolation Damper RT Remote Thermostat SH4 304 Stainless Steel Housing SH6 316 Stainless Steel Housing WC Water Cooled Condenser Coil XPR Explosion Proof Receptacle Installed *** Please Contact our Sales Department if your Option is not listed*** 2
Unit Specifications A/C Specifications: All Components UL and CSA Approved Maintenance Friendly General Purpose Control Box Included for A/C Explosion Proof Motor and Compressor Overload Protection Installed General Purpose Thermostat Included to Control Room Temperature High and Low Pressure Safety Switches Installed Easily Accessible Condenser Fan Section with Non Sparking Fan Blade System Shut-Down Provided in Case of Gas or Smoke Detection (Gas Detectors Provided by Others) Industrial Grade Scroll Compressor R-410 Refrigerant Installed Twin Blowers to Move Air Quickly and Quietly Copper Tubes with Aluminum Fin Coils Installed Unit Fully Tested for Operational Performance and NEC Compliance O & M Manuals Included Certificate of Conformance to Explosion Proof Codes Issued PB Specifications: All Components UL and CSA Approved Pressure Blower Designed to Mount on the Side of A/C System Maintenance Friendly General Purpose Control Box Included for PB to be Installed inside Building Variable Frequency Drive Installed for Pressurization Motor with Overload Protection ¼ Turn Latches on PB Housing for Easy Access to Pressurization Motor and Filter Room Pressure Gauge Installed System Shut-Down Provided in Case of Gas or Smoke Detection (Gas Detectors Provided by Others) Loss of Room Pressure Light Installed Non Sparking Aluminum Blower Housing Unit Fully Tested for Operational Performance and NEC Compliance O & M Manuals Included N.E.C. Certificate of Conformance to Explosion Proof Codes Issued 3
VACPB1 Series Standard Layout and Design *** Typical Layout Drawing, Contact Sales for Specific Drawing*** 4
VACPB1 Series Standard Control Box Layout and Design *** Typical Layout Drawing, Contact Sales for Specific Drawings*** 5
VACPB1 Sequence of Operation With the operational T-STAT in the OFF position and the Fan Selector Switch in the AUTO position the Air Conditioner will not operate. Compressor OFF, Fan OFF. With the START button NOT pressed the Pressure Blower will not operate. Pressure Blower OFF COOL MODE with ROOM PRESSURE Note: When the VACPB1 system is running with pressurization active and you wish to change from HEATING to COOLING. You need only operate the T-STAT COOL HEAT function and set the desired temperature setting. Steps: 1. To properly operate the VACPB1 system place the Fan Selector Switch on the T-STAT to the Auto position. The Fan will energize when called for by the operational T-STAT. ( Fan AUTO is also Available if desired ) 2. On the PB controls place the Selector switch to AUTO Note: The Room Pressure Control Knob will be disabled. It functions as a Set up and Test tool. Also may be used as a backup if there is a component failure in the loop. 3. Press the START button. Pressure Blower will then energize. At this time the room pressure gauge will show a increase in room pressure. Allow the room set point to be reached 0.1 IN/WG, this may fluctuate slightly for a short period. Note: If the MANUAL function is selected. The room pressure will need to be set with the Control Pot. In this mode the system will not automatically ramp up or down to accommodate room pressure requirements. 4. Adjust the T-STAT to the Cool Mode.(T-STAT HAS A 5 MIN. DELAY ) When the T-STAT is in the COOL mode and the desired temp has not been reached the compressor will energize. The unit is now running with pressurization and cooling automatically controlled. NOTE: On loss of pressure the Pressure transmitter will send a signal to the Power flex to speed up the PB motor to produce the correct amount of air flow to allow the room to stay within NFPA 496 pressurization codes. Once room pressures is lost, the Time Delay relay will energies and provide a 120 volt signal to both the RED LIGHT on the Door, and to a remote Alarm Contact (See Drawing). Once room pressure is restored the alarm will clear and the unit will reduce air flow to control room pressure. Note: In Mode the Electric er contactor will disengage on loss of room pressure after the TDR times out. It will automatically reset once room pressure is restored. As required by N.E.C. (er is Pressure Interlocked with room pressurization controls) 6
VACPB1 Sequence of Operation Offering The Keys to Success: Quality, Pricing and On Time Delivery HEAT MODE with ROOM PRESSURE Note: When the VACPB1 system is running with pressurization active and you wish to change from COOLING to HEATING. You need only operate the T-STAT COOL HEAT function and set the desired temperature setting. Steps: 1. To properly operate the VACPB1 system place the Fan Selector Switch on the T-STAT to the Auto position. The Fan will energize when called for ( 2. On the PB controls place the Selector switch to AUTO Note: The Room Pressure Control Knob will be disabled. It functions as a Set up and Test tool. Also may be used as a backup if there is a component failure in the loop. 3. Press the START button. Pressure Blower will then energize. At this time the room pressure gauge will show a increase in room pressure. Allow the room set point to be reached 0.1 IN/WG, this may fluctuate slightly for a short period. Note: If the MANUAL function is selected. The room pressure will need to be set with the Control Pot. In this mode the system will not automatically ramp up or down to accommodate room pressure requirements. 4. Adjust the T-STAT to the HEAT Mode.(T-STAT HAS A 5 MIN. DELAY ) When the T-STAT is in the HEAT mode and the desired temp has not been reached the ers will energize. The unit is now running with pressurization and ing automatically controlled. DEHUMIDIFICATION MODE Note: Enable the desired dehumidification mode below. Optimal Dehumidification (Od) when enabled, this feature automatically reduces indoor humidity with a call for if humidity is 2% above setting. Humidity is set by pressing the HUMIDITY key when in the appropriate mode, in this case, and pressing the or keys to set desired humidity level followed by pressing Humidity key again. This dehumidification feature may use more energy by making dehumidification a priority initiating a call for cooling if humidity is 2% above desired setting. This feature may also over-cool the condition space by up to 3 degrees to achieve the desired humidity level. Optimal Comfort (OC) is enabled, this feature automatically reduces indoor humidity with a call for if humidity is 2% above humidity setpoint. Humidity is set by pressing the Humidity key when in the appropriate mode, in this case, and pressing the or keys to set desired humidity (range 40% to 95%) level followed by pressing Humidity key again. This dehumidification feature uses less energy by maintaining temperature and dehumidifying only when a call for is required. Note: Both dehumidification modes operate in mode only with a call for cooling 7
Offer- VACPB1 Shut Down Relay Options The Main Control box is supplied with two 120 volt relays SDPB and SDAC. These two devices can be used to automatically shut down either the Pressure Blower (SDPB) or the Air Conditioner (SDAC). Both SDAC and SDPB currently have a RED JUMPER installed across terminals numbers 1 & 5 on the relay socket (See Drawing issued). To operate the Shut Down Relays please review the options listed below. Relay can be replaced if a different voltage is required. OPTION 1- ( SDPB- Shut Down Pressure Blower ) Do not allow for Remote Shut Down on Pressure Blower SDPB Relay controls the automatic shut down feature for the pressurization blower. SDPB relay currently has a RED JUMPER installed across terminals numbers 1 & 5 socket (See Drawing issued). With this jumper installed the relay CAN NOT be powered by any other source. The RED jumper allows power from the control transformer to the START button on the Pressure Blower controls with out the relay being energized. NOTE: This option will not allow for an outside signal to shut the PB unit down. OPTION 2- ( SDPB- Shut Down Pressure Blower ) Allow for Remote Shut Down on Pressure Blower SDPB Relay controls the automatic shut down feature for the pressurization blower. SDPB relay currently has a RED JUMPER installed across terminals numbers 1 & 5 on the relay socket (See Drawing issued). Remove the RED jumper. The PB unit will not operate until a 120 volt signal is provided to the SDPB relay coil. For proper connections please see drawing provided. OPTION 3- ( SDAC- Shut Down Air Conditioner) Do not allow for Remote Shut Down on Air Conditioner SDAC Relay controls the automatic shut down feature for the Air Conditioner. SDAC relay currently has a RED JUMPER installed across terminals numbers 1 & 5 on the relay socket (See Drawing issued). With this jumper installed the relay CAN NOT be powered by any other source. The RED jumper allows power from the control transformer to the Operational Control T-STAT for system operation with out the relay being energized. NOTE: This option will not allow for an outside signal to shut the PB unit down. OPTION 4- ( SDAC- Shut Down Air Conditioner) Allow for Remote Shut Down on Air Conditioner SDAC Relay controls the automatic shut down feature for the air conditioner. SDAC relay currently has a RED JUMPER installed across terminals numbers 1 & 5 on the relay socket (See Drawing issued). Remove the RED jumper. The Air Conditioner unit will not operate until a 120 volt signal is provided to the SDAC relay coil. For proper connections please see drawing provided. 8
VACPB1 Series 208-230-1PH/60HZ 1.5 TON 60 HZ VACPB1-L-1300A-1-H-D-1.5-5KW(EH/S)-2-ICD2-1C-LOC 18,000 12,799 230/208-1 3.4/3.6 33.7 35 600 -.2 ESP 1300 500 VACPB1-L-2600A-1-H-D-1.5-5KW(EH/S)-2-ICD2-1C-LOC 18,000 12,799 230/208-1 6.2/6.5 36.5 40 600 -.2 ESP 2600 500 VACPB1-L-1300A-1-H-D-1.5-10KW(EH/S)-2-ICD2-1C-LOC 18,000 25,598 230/208-1 3.4/3.6 59.7 65 600 -.2 ESP 1300 500 VACPB1-L-2600A-1-H-D-1.5-10KW(EH/S)-2-ICD2-1C-LOC 18,000 25,598 230/208-1 6.2/6.5 62.5 65 600 -.2 ESP 2600 500 2 TON 60 HZ VACPB1-L-1300A-1-H-D-2.0-5KW(EH/S)-2-ICD2-1C-LOC 24,000 12,799 230/208-1 3.4/3.6 33.7 35 800 -.2 ESP 1300 525 VACPB1-L-2600A-1-H-D-2.0-5KW(EH/S)-2-ICD2-1C-LOC 24,000 12,799 230/208-1 6.2/6.5 36.5 40 800 -.2 ESP 2600 525 VACPB1-L-1300A-1-H-D-2.0-10KW(EH/S)-2-ICD2-1C-LOC 24,000 25,598 230/208-1 3.4/3.6 59.7 65 800 -.2 ESP 1300 525 VACPB1-L-2600A-1-H-D-2.0-10KW(EH/S)-2-ICD2-1C-LOC 24,000 25,598 230/208-1 6.2/6.5 62.5 65 800 -.2 ESP 2600 525 2.5 TON VACPB1-L-1300A-1-H-D-2.5-5KW(EH/S)-2-ICD2-1C-LOC 30,000 12,799 230/208-1 3.4/3.6 35.7 40 VACPB1-L-2600A-1-H-D-2.5-5KW(EH/S)-2-ICD2-1C-LOC 30,000 12,799 230/208-1 6.2/6.5 38.5 40 VACPB1-L-1300A-1-H-D-2.5-10KW(EH/S)-2-ICD2-1C-LOC 30,000 25,598 230/208-1 3.4/3.6 61.7 65 VACPB1-L-2600A-1-H-D-2.5-10KW(EH/S)-2-ICD2-1C-LOC 30,000 25,598 230/208-1 6.2/6.5 64.5 65 VACPB1-L-1300A-1-H-D-2.5-15KW(EH/S)-2-ICD2-1C-LOC 30,000 38,396 230/208-1 3.4/3.6 87.7 90 VACPB1-L-2600A-1-H-D-2.5-15KW(EH/S)-2-ICD2-1C-LOC 30,000 38,396 230/208-1 6.2/6.5 90.5 95 1000 -.4 ESP 1000 -.4 ESP 1000 -.4 ESP 1000 -.4 ESP 1000 -.4 ESP 1000 -.4 ESP 1300 555 2600 555 1300 555 2600 555 1300 555 2600 555 9
3 TON Offering The Keys to Success: Quality, Pricing and On Time Delivery VACPB1 Series 208-230-1PH/60HZ 60 HZ VACPB1-L-1300A-1-H-D-3.0-5KW(EH/S)-2-ICD2-1C-LOC 36,000 12,799 230/208-1 3.4/3.6 35.7 40 1100 -.3 ESP 1300 555 VACPB1-L-2600A-1-H-D-3.0-5KW(EH/S)-2-ICD2-1C-LOC 36,000 12,799 230/208-1 6.2/6.5 38.5 40 1100 -.3 ESP 2600 555 VACPB1-L-1300A-1-H-D-3.0-10KW(EH/S)-2-ICD2-1C-LOC 36,000 25,598 230/208-1 3.4/3.6 61.7 65 1100 -.3 ESP 1300 555 VACPB1-L-2600A-1-H-D-3.0-10KW(EH/S)-2-ICD2-1C-LOC 36,000 25,598 230/208-1 6.2/6.5 64.5 65 1100 -.3 ESP 2600 555 VACPB1-L-1300A-1-H-D-3.0-15KW(EH/S)-2-ICD2-1C-LOC 36,000 38,396 230/208-1 3.4/3.6 87.7 90 1100 -.3 ESP 1300 555 VACPB1-L-2600A-1-H-D-3.0-15KW(EH/S)-2-ICD2-1C-LOC 36,000 38,396 230/208-1 6.2/6.5 90.5 95 1100 -.3 ESP 2600 555 3.5 TON 60 HZ VACPB1-L-1300A-1-H-D-3.5-5KW(EH/S)-2-ICD2-1C-LOC 42,000 12,799 230/208-1 3.4/3.6 36.7 50 1400 -.3 ESP 1300 700 VACPB1-L-2600A-1-H-D-3.5-5KW(EH/S)-2-ICD2-1C-LOC 42,000 12,799 230/208-1 6.2/6.5 39.5 50 1400 -.3 ESP 2600 700 VACPB1-L-1300A-1-H-D-3.5-10KW(EH/S)-2-ICD2-1C-LOC 42,000 25,598 230/208-1 3.4/3.6 62.7 65 1400 -.3 ESP 1300 700 VACPB1-L-2600A-1-H-D-3.5-10KW(EH/S)-2-ICD2-1C-LOC 42,000 25,598 230/208-1 6.2/6.5 65.5 70 1400 -.3 ESP 2600 700 VACPB1-L-1300A-1-H-D-3.5-15KW(EH/S)-2-ICD2-1C-LOC 42,000 38,396 230/208-1 3.4/3.6 88.7 90 1400 -.3 ESP 1300 700 VACPB1-L-2600A-1-H-D-3.5-15KW(EH/S)-2-ICD2-1C-LOC 42,000 38,396 230/208-1 6.2/6.5 91.5 95 1400 -.3 ESP 2600 700 4 TON 60 HZ VACPB1-L-1300A-1-H-D-4.0-5KW(EH/S)-2-ICD2-1C-LOC 48,000 12,799 230/208-1 3.4/3.6 40.7 50 1550 -.2 ESP 1300 700 VACPB1-L-2600A-1-H-D-4.0-5KW(EH/S)-2-ICD2-1C-LOC 48,000 12,799 230/208-1 6.2/6.5 43.5 50 1550 -.2 ESP 2600 700 VACPB1-L-1300A-1-H-D-4.0-10KW(EH/S)-2-ICD2-1C-LOC 48,000 25,598 230/208-1 3.4/3.6 62.7 65 1550 -.2 ESP 1300 700 VACPB1-L-2600A-1-H-D-4.0-10KW(EH/S)-2-ICD2-1C-LOC 48,000 25,598 230/208-1 6.2/6.5 65.5 70 1550 -.2 ESP 2600 700 VACPB1-L-1300A-1-H-D-4.0-15KW(EH/S)-2-ICD2-1C-LOC 48,000 38,396 230/208-1 3.4/3.6 88.7 90 1550 -.2 ESP 1300 700 VACPB1-L-2600A-1-H-D-4.0-15KW(EH/S)-2-ICD2-1C-LOC 48,000 38,396 230/208-1 6.2/6.5 91.5 95 1550 -.2 ESP 2600 700 10
VACPB1 Series 208-230-1PH/60HZ 5 TON VACPB1-L-1300A-1-H-D-5.0-5KW(EH/S)-2-ICD2-1C-LOC 60,000 12,799 230/208-1 3.4/3.6 44.7 60 1700 -.3 ESP 1300 700 VACPB1-L-2600A-1-H-D-5.0-5KW(EH/S)-2-ICD2-1C-LOC 60,000 12,799 230/208-1 6.2/6.5 47.5 60 1700 -.3 ESP 2600 700 VACPB1-L-1300A-1-H-D-5.0-10KW(EH/S)-2-ICD2-1C-LOC 60,000 25,598 230/208-1 3.4/3.6 62.7 65 1700 -.3 ESP 1300 700 VACPB1-L-2600A-1-H-D-5.0-10KW(EH/S)-2-ICD2-1C-LOC 60,000 25,598 230/208-1 6.2/6.5 65.5 70 1700 -.3 ESP 2600 700 VACPB1-L-1300A-1-H-D-5.0-15KW(EH/S)-2-ICD2-1C-LOC 60,000 38,396 230/208-1 3.4/3.6 88.7 90 1700 -.3 ESP 1300 700 VACPB1-L-2600A-1-H-D-5.0-15KW(EH/S)-2-ICD2-1C-LOC 60,000 38,396 230/208-1 6.2/6.5 91.5 95 1700 -.3 ESP 2600 700 6 TON VACPB1-L-1300A-1-H-D-6.0-5KW(EH/S)-2-ICD2-1C-LOC 72,000 12,799 230/208-1 3.4/3.6 52.7 60 1,800 -.2 ESP 1300 750 VACPB1-L-2600A-1-H-D-6.0-5KW(EH/S)-2-ICD2-1C-LOC 72,000 12,799 230/208-1 6.2/6.5 55.5 60 1,800 -.2 ESP 2600 750 VACPB1-L-1300A-1-H-D-6.0-10KW(EH/S)-2-ICD2-1C-LOC 72,000 25,598 230/208-1 3.4/3.6 62.7 65 1,800 -.2 ESP 1300 750 VACPB1-L-2600A-1-H-D-6.0-10KW(EH/S)-2-ICD2-1C-LOC 72,000 25,598 230/208-1 6.2/6.5 65.5 70 1,800 -.2 ESP 2600 750 VACPB1-L-1300A-1-H-D-6.0-15KW(EH/S)-2-ICD2-1C-LOC 72,000 38,396 230/208-1 3.4/3.6 88.7 90 1,800 -.2 ESP 1300 750 VACPB1-L-2600A-1-H-D-6.0-15KW(EH/S)-2-ICD2-1C-LOC 72,000 38,396 230/208-1 6.2/6.5 91.5 95 1,800 -.2 ESP 2600 750 11
VACPB1 Series 208-230-3PH/60HZ 2 TON Offering The Keys to Success: Quality, Pricing and On Time Delivery VACPB1-L-1300A-1-H-D-2.0-6KW(EH/S)-3-ICD2-1C-LOC 24,000 15,359 230/208-3 3.4/3.6 25.7 30 800 -.2 ESP 1300 500 VACPB1-L-2600A-1-H-D-2.0-6KW(EH/S)-3-ICD2-1C-LOC 24,000 15,359 230/208-3 6.2/6.5 28.5 30 800 -.2 ESP 2600 500 2.5 TON VACPB1-L-1300A-1-H-D-2.5-6KW(EH/S)-3-ICD2-1C-LOC 30,000 15,359 230/208-3 3.4/3.6 27.7 30 1000 -.4 ESP 1300 525 VACPB1-L-2600A-1-H-D-2.5-6KW(EH/S)-3-ICD2-1C-LOC 30,000 15,359 230/208-3 6.2/6.5 30.5 35 1000 -.4 ESP 2600 525 VACPB1-L-1300A-1-H-D-2.5-9KW(EH/S)-3-ICD2-1C-LOC 30,000 23,038 230/208-3 3.4/3.6 36.7 40 1000 -.4 ESP 1300 525 VACPB1-L-2600A-1-H-D-2.5-9KW(EH/S)-3-ICD2-1C-LOC 30,000 23,038 230/208-3 6.2/6.5 39.5 40 1000 -.4 ESP 2600 525 VACPB1-L-1300A-1-H-D-2.5-15KW(EH/S)-3-ICD2-1C-LOC 30,000 38,396 230/208-3 3.4/3.6 54.7 60 1000 -.4 ESP 1300 525 VACPB1-L-2600A-1-H-D-2.5-15KW(EH/S)-3-ICD2-1C-LOC 30,000 38,396 230/208-3 6.2/6.5 57.5 60 1000 -.4 ESP 2600 525 3 TON VACPB1-L-1300A-1-H-D-3.0-6KW(EH/S)-3-ICD2-1C-LOC 36,000 15,359 230/208-3 3.4/3.6 27.7 30 1100 -.3 ESP 1300 555 VACPB1-L-2600A-1-H-D-3.0-6KW(EH/S)-3-ICD2-1C-LOC 36,000 15,359 230/208-3 6.2/6.5 30.5 35 1100 -.3 ESP 2600 555 VACPB1-L-1300A-1-H-D-3.0-9KW(EH/S)-3-ICD2-1C-LOC 36,000 23,038 230/208-3 3.4/3.6 36.7 40 1100 -.3 ESP 1300 555 VACPB1-L-2600A-1-H-D-3.0-9KW(EH/S)-3-ICD2-1C-LOC 36,000 23,038 230/208-3 6.2/6.5 39.5 40 1100 -.3 ESP 2600 555 VACPB1-L-1300A-1-H-D-3.0-15KW(EH/S)-3-ICD2-1C-LOC 36,000 38,396 230/208-3 3.4/3.6 54.7 60 1100 -.3 ESP 1300 555 VACPB1-L-2600A-1-H-D-3.0-15KW(EH/S)-3-ICD2-1C-LOC 36,000 38,396 230/208-3 6.2/6.5 57.5 60 1100 -.3 ESP 2600 555 3.5 TON VACPB1-L-1300A-1-H-D-3.5-9KW(EH/S)-3-ICD2-1C-LOC 42,000 23,038 230/208-3 3.4/3.6 37.7 40 1400 -.3 ESP 1300 700 VACPB1-L-2600A-1-H-D-3.5-9KW(EH/S)-3-ICD2-1C-LOC 42,000 23,038 230/208-3 6.2/6.5 40.5 45 1400 -.3 ESP 2600 700 VACPB1-L-1300A-1-H-D-3.5-15KW(EH/S)-3-ICD2-1C-LOC 42,000 38,396 230/208-3 3.4/3.6 56.7 60 1400 -.3 ESP 1300 700 VACPB1-L-2600A-1-H-D-3.5-15KW(EH/S)-3-ICD2-1C-LOC 42,000 38,396 230/208-3 6.2/6.5 59.5 60 1400 -.3 ESP 2600 700 12
VACPB1 Series 208-230-3PH/60HZ 4 TON VACPB1-L-1300A-1-H-D-4.0-9KW(EH/S)-3-ICD2-1C-LOC 48,000 23,038 230/208-3 3.4/3.6 37.7 40 1550 -.2 ESP 1300 700 VACPB1-L-2600A-1-H-D-4.0-9KW(EH/S)-3-ICD2-1C-LOC 48,000 23,038 230/208-3 6.2/6.5 40.5 45 1550 -.2 ESP 2600 700 VACPB1-L-1300A-1-H-D-4.0-15KW(EH/S)-3-ICD2-1C-LOC 48,000 38,396 230/208-3 3.4/3.6 56.7 60 1550 -.2 ESP 1300 700 VACPB1-L-2600A-1-H-D-4.0-15KW(EH/S)-3-ICD2-1C-LOC 48,000 38,396 230/208-3 6.2/6.5 59.5 60 1550 -.2 ESP 2600 700 5 TON VACPB1-L-1300A-1-H-D-5.0-9KW(EH/S)-3-ICD2-1C-LOC 60,000 23,038 230/208-3 3.4/3.6 37.7 40 1700 -.3 ESP 1300 700 VACPB1-L-2600A-1-H-D-5.0-9KW(EH/S)-3-ICD2-1C-LOC 60,000 23,038 230/208-3 6.2/6.5 40.5 45 1700 -.3 ESP 2600 700 VACPB1-L-1300A-1-H-D-5.0-15KW(EH/S)-3-ICD2-1C-LOC 60,000 38,396 230/208-3 3.4/3.6 56.7 60 1700 -.3 ESP 1300 700 VACPB1-L-2600A-1-H-D-5.0-15KW(EH/S)-3-ICD2-1C-LOC 60,000 38,396 230/208-3 6.2/6.5 59.5 60 1700 -.3 ESP 2600 700 6 TON VACPB1-L-1300A-1-H-D-6.0-9KW(EH/S)-3-ICD2-1C-LOC 72,000 23,038 230/208-3 3.4/3.6 46.7 50 1,800 -.2 ESP 1300 750 VACPB1-L-2600A-1-H-D-6.0-9KW(EH/S)-3-ICD2-1C-LOC 72,000 23,038 230/208-3 6.2/6.5 49.5 50 1,800 -.2 ESP 2600 750 VACPB1-L-1300A-1-H-D-6.0-15KW(EH/S)-3-ICD2-1C-LOC 72,000 38,396 230/208-3 3.4/3.6 56.7 60 1,800 -.2 ESP 1300 750 VACPB1-L-2600A-1-H-D-6.0-15KW(EH/S)-3-ICD2-1C-LOC 72,000 38,396 230/208-3 6.2/6.5 59.5 60 1,800 -.2 ESP 2600 750 13
VACPB1 Series 460-480-3PH/60HZ 2 TON VACPB1-L-1300A-1-H-D-2.0-6KW(EH/S)-4-ICD2-1C-LOC 24,000 18,840 460-3 1.7 13.7 15 800 -.2 ESP 1300 500 VACPB1-L-2600A-1-H-D-2.0-6KW(EH/S)-4-ICD2-1C-LOC 24,000 18,840 460-3 3.1 15.0 20 800 -.2 ESP 2600 500 2.5 TON VACPB1-L-1300A-1-H-D-2.5-6KW(EH/S)-4-ICD2-1C-LOC 30,000 18,840 460-3 1.7 13.7 15 1000 -.4 ESP 1300 525 VACPB1-L-2600A-1-H-D-2.5-6KW(EH/S)-4-ICD2-1C-LOC 30,000 18,840 460-3 3.1 15.0 20 1000 -.4 ESP 2600 525 VACPB1-L-1300A-1-H-D-2.5-9KW(EH/S)-4-ICD2-1C-LOC 30,000 28,620 460-3 1.7 18.7 20 1000 -.4 ESP 1300 525 VACPB1-L-2600A-1-H-D-2.5-9KW(EH/S)-4-ICD2-1C-LOC 30,000 28,620 460-3 3.1 20.0 25 1000 -.4 ESP 2600 525 VACPB1-L-1300A-1-H-D-2.5-15KW(EH/S)-4-ICD2-1C-LOC 30,000 47,099 460-3 1.7 27.7 30 1000 -.4 ESP 1300 525 VACPB1-L-2600A-1-H-D-2.5-15KW(EH/S)-4-ICD2-1C-LOC 30,000 47,099 460-3 3.1 29.0 30 1000 -.4 ESP 2600 525 3 TON VACPB1-L-1300A-1-H-D-3.0-6KW(EH/S)-4-ICD2-1C-LOC 36,000 18,840 460-3 1.7 13.7 15 1100 -.3 ESP 1300 555 VACPB1-L-2600A-1-H-D-3.0-6KW(EH/S)-4-ICD2-1C-LOC 36,000 18,840 460-3 3.1 15 20 1100 -.3 ESP 2600 555 VACPB1-L-1300A-1-H-D-3.0-9KW(EH/S)-4-ICD2-1C-LOC 36,000 28,620 460-3 1.7 18.7 20 1100 -.3 ESP 1300 555 VACPB1-L-2600A-1-H-D-3.0-9KW(EH/S)-4-ICD2-1C-LOC 36,000 28,620 460-3 3.1 20.0 25 1100 -.3 ESP 2600 555 VACPB1-L-1300A-1-H-D-3.0-15KW(EH/S)-4-ICD2-1C-LOC 36,000 47,099 460-3 1.7 27.7 30 1100 -.3 ESP 1300 555 VACPB1-L-2600A-1-H-D-3.0-15KW(EH/S)-4-ICD2-1C-LOC 36,000 47,099 460-3 3.1 29 30 1100 -.3 ESP 2600 555 3.5 TON VACPB1-L-1300A-1-H-D-3.5-9KW(EH/S)-4-ICD2-1C-LOC 42,000 28,620 460-3 1.7 19.7 20 1400 -.3 ESP 1300 700 VACPB1-L-2600A-1-H-D-3.5-9KW(EH/S)-4-ICD2-1C-LOC 42,000 28,620 460-3 3.1 21.0 25 1400 -.3 ESP 2600 700 VACPB1-L-1300A-1-H-D-3.5-15KW(EH/S)-4-ICD2-1C-LOC 42,000 47,099 460-3 1.7 28.7 30 1400 -.3 ESP 1300 700 VACPB1-L-2600A-1-H-D-3.5-15KW(EH/S)-4-ICD2-1C-LOC 42,000 47,099 460-3 3.1 30.0 35 1400 -.3 ESP 2600 700 14
VACPB1 Series 460-480-3PH/60HZ 4 TON VACPB1-L-1300A-1-H-D-4.0-9KW(EH/S)-4-ICD2-1C-LOC 48,000 28,620 460-3 1.7 19.7 20 1550 -.2 ESP 1300 700 VACPB1-L-2600A-1-H-D-4.0-9KW(EH/S)-4-ICD2-1C-LOC 48,000 28,620 460-3 3.1 21.0 25 1550 -.2 ESP 2600 700 VACPB1-L-1300A-1-H-D-4.0-15KW(EH/S)-4-ICD2-1C-LOC 48,000 47,099 460-3 1.7 28.7 30 1550 -.2 ESP 1300 700 VACPB1-L-2600A-1-H-D-4.0-15KW(EH/S)-4-ICD2-1C-LOC 48,000 47,099 460-3 3.1 30.0 35 1550 -.2 ESP 2600 700 5 TON VACPB1-L-1300A-1-H-D-5.0-9KW(EH/S)-4-ICD2-1C-LOC 60,000 28,620 460-3 1.7 19.7 20 1700 -.3 ESP 1300 700 VACPB1-L-2600A-1-H-D-5.0-9KW(EH/S)-4-ICD2-1C-LOC 60,000 28,620 460-3 3.1 21.0 25 1700 -.3 ESP 2600 700 VACPB1-L-1300A-1-H-D-5.0-15KW(EH/S)-4-ICD2-1C-LOC 60,000 47,099 460-3 1.7 28.7 30 1700 -.3 ESP 1300 700 VACPB1-L-2600A-1-H-D-5.0-15KW(EH/S)-4-ICD2-1C-LOC 60,000 47,099 460-3 3.1 30.0 35 1700 -.3 ESP 2600 700 6 TON VACPB1-L-1300A-1-H-D-6.0-9KW(EH/S)-4-ICD2-1C-LOC 72,000 28,620 460-3 1.7 24.7 30 1,800 -.2 ESP 1300 750 VACPB1-L-2600A-1-H-D-6.0-9KW(EH/S)-4-ICD2-1C-LOC 72,000 28,620 460-3 3.1 26.0 30 1,800 -.2 ESP 2600 750 VACPB1-L-1300A-1-H-D-6.0-15KW(EH/S)-4-ICD2-1C-LOC 72,000 47,099 460-3 1.7 28.7 35 1,800 -.2 ESP 1300 750 VACPB1-L-2600A-1-H-D-6.0-15KW(EH/S)-4-ICD2-1C-LOC 72,000 47,099 460-3 3.1 30.0 35 1,800 -.2 ESP 2600 750 15
VACPB1-Series Number Nomenclature (See Numerals for Corresponding Number Nomenclature) 1 2 3 4 5 6 7 8 9 10 11 12 VACPB1 - L - 1300A - 1 - H - D- 2.0 - N - 3 - ICD2-1C - *** (1) Number VACPB1 = Vertical A/C w/ (2) Pressure Blower Location L = Left R = Right D = Dual Pressure Blower (3) CFM 1300A = Attached 2600A = Attached 3000A = Attached 1300S = Stand Alone 2600S = Stand Alone 3000S = Stand Alone (4) Pressure Blower Control Type 1 = VFD 2 = Constant Flow / Damper Control (5) (6) (7) (8) (9) Air Flow V = Vertical H = Horizontal Refrigerant Type A = R22 C = 134A B = 407 D = 410 Capacity in Tons (12,000 BTU/HR per Ton) 3.0 = 36,000 BTU/HR = 3 Tons of ing Capacity in KW / BTU 10KW (EH/S) = 10 KW / Standard 10KW (EH/XP) = 10 KW Electric / Explosion Proof N = No Installed Unit Supply Voltage 2 = 208-230 / 1 / 60 Hz 2(50) = 220-240 / 1 / 50 Hz 3 = 208-230 / 3 / 60 Hz 3(50) - 220-240/ 3 /50 4 = 460-480 / 3 / 60 Hz 4(50) = 415-440 / 3 / 50 Hz (12) Available Options ADC = Adsil Coated Coils and Copper for Corrosion Protection B = Meets Group B Classification for NEC Codes CC = Copper/Copper Coils Installed HC = Humidity Control SD = Smoke Detector installed in Unit CF = Custom Pressurization Filtration CRT = Export Crate Included DSI = System Disconnect Installed DW = Double Wall Evaporator Section EPX = 646 Micro Epoxy Coated Metal for Corrosion Protection HCC = Heresite Coated Coils and Copper for Corrosion Protection HG = Hot Gas By-Pass Valve Installed H/L=High and Low Pressure Safety Switches Installed ICP = Control Panel Installed Internally ISV = Refrigeration Isolation Valves LAC = Low Ambient Controls Installed LOC=Lock Out Switch Installed MOD = Custom Modification (See Sales) PBD = Pressure Blower Isolation Damper RT =Remote Thermostat SH4 = 304 Stainless Steel Housing SH6 = 316 Stainless Steel Housing WC=Water Cooled Condenser Coil (10) (11) Explosion Proof N.E.C. Classification Please Contact our Sales Engineers for Classification Codes Control Box Type 1C = General Purpose Operational Controls 2C = Explosion Proof Operational Controls PLEASE CONTACT OUR SALES DEPARTMENT IF YOUR OPTION IS NOT LISTED 16