Options Single-Duct Terminal Unit (VCCF, VCWF, and VCEF) Unit Heat Description Page # Cooling Only EI05 Cooling Only C 4 (VCCF) EI8 Cooling Only With emote Water eheat and Electric eheat - Automatic Dual inimum C 4 EI9 Cooling Only With emote Water eheat and Electric eheat - Constant Volume C 4 Water EI05 Cooling With Water eheat C 4 (VCWF) EI8 Cooling With Water eheat - Automatic Dual inimum C 4 EI9 Cooling With Water eheat - Constant Volume C 4 Electric EI05 Cooling With Electric eheat C 4 (VCEF) EI8 Cooling With Electric eheat - Automatic Dual inimum C 4 EI9 Cooling With Electric eheat - Constant Volume C 4 Fan-Powered Terminal Units (VPCF, VPWF, VPEF, VSCF, VSWF, and VSEF) Low-Height Fan-Powered Terminal Units (LPCF, LPWF, LPEF, LSCF, LSWF, and LSEF) Unit Heat Description Page # Cooling Only Water EI05 Cooling With Water eheat and Electric eheat C 44 Electric (VPxF, LPxF) Cooling Only Water EI7 Cooling With Water eheat and Electric eheat - Duct Switch C 45 Electric (VSxF, LSxF) VAV-PC008-EN C 4
AEICAN STANDAD INC. THE TANE COPAN TP TP VCCF, VCWF, and VCEF Single-Duct Terminal Units (Normal Operation: Cooling With eheat Capability) EI05 Cooling Only EI05 Cooling with Water eheat and Electric reheat An analog signal from the zone sensor is used to compare the difference in the zone temperature and the zone setpoint. On a rise in zone temperature above the setpoint, the controller outputs a 4-VAC signal, compensated for changing duct pressures, to open the air valve and to increase primary cooling airflow. Upon a decrease in zone temperature, the opposite action occurs. inimum and maximum primary airflow settings are maintained by the controller and are adjustable through potentiometers on the controller board. Upon a continued decrease in zone temperature, below setpoint, the reheat is enabled. For VCCF units with remote hot water reheat and VCWF units, the hot water valve is opened. For VCCF with remote electric reheat and VCEF units, the electric heat stages are energized. NEC Class - Circuit in Load = VA (Optional) emote td. TB- TB-4 VA ax 68 69 67 8 TP J8 J J rd Stage nd Stage st Stage -HOT -OPEN -CLOSE 4 VAC, VA ax/coil J5 C 4. FACTO INSTALLED. OPTIONAL O INSTALLED B OTHES.. No slaving of multiple units to a single zone sensor is allowed.. Field connections are TB-, TB-4,,,,, and. VAV-PC008-EN
AEICAN STANDAD INC. THE TANE COPAN TP TP VCCF, VCWF, and VCEF Single-Duct Terminal Units (Normal Operation: Cooling With eheat Capability and Auto Dual inimum or Constant Volume) EI8 - Cooling With Water eheat and Electric eheat - Auto Dual inimum EI9 - Cooling With Water eheat and Electric eheat - Constant Volume An analog signal from the zone sensor is used to compare the difference in the zone temperature and the zone setpoint. On a rise in zone temperature above the setpoint, the controller outputs a 4-VAC signal, compensated for changing duct pressures, to open the air valve and to increase primary cooling airflow. Upon a decrease in zone temperature, the opposite action occurs. inimum and maximum primary airflow settings are maintained by the controller and are adjustable through potentiometers on the controller board. Upon a continued decrease in zone temperature, below setpoint, the reheat is enabled. For VCCF units with remote hot water reheat and VCWF units, the hot water valve is opened. For VCCF with remote electric reheat and VCEF units, the electric heat stages are energized. If the pins on jumper J8 onthe board are connected, then the controller will control the air valve actuator to its heating minimum primary airflow when reheat is enabled (EI8). For EI9, The unit shall operate to constant volume flow regardless of changes in space temperature. The pins on jumper J5 on the board must be connected for constant volume mode to be active. NEC Class - Circuit in Load = VA (Optional) emote td. TB- TB-4 VA ax 68 69 67 8 TP J8 J J rd Stage nd Stage st Stage -HOT -OPEN -CLOSE 4 VAC, VA ax/coil J5. FACTO INSTALLED. OPTIONAL O INSTALLED B OTHES.. No slaving of multiple units to a single zone sensor is allowed.. Field connections are TB-, TB-4,,,,, and. VAV-PC008-EN C 4
AEICAN STANDAD INC. THE TANE COPAN TP TP For Use With Parallel Fan-Powered Terminals (Normal Operation: Cooling With eheat Capability) EI05 Cooling Only EI05 Cooling Only with Water eheat and Electric eheat An analog signal from the zone sensor is used to compare the difference in the zone temperature and the zone setpoint. On a rise in zone temperature above the setpoint, the controller outputs a 4-VAC signal, compensated for changing duct pressures, to open the air valve and to increase primary cooling airflow. Upon a decrease in zone temperature, the opposite action occurs. inimum and maximum primary airflow settings are maintained by the controller and are adjustable through potentiometers on the controller board. Upon a continued decrease in zone temperature, below setpoint, the fan is energized. If the zone temperature continues to decrease then reheat is enabled. For VPCF and LPCF units with remote hot water reheat and VPWF and LPWF units, the hot water valve is opened. For VPCF and LPCF units with remote electric reheat and VPEF and LPEF units, the electric heat stages are energized. VA ax nd Stage st Stage 4 VAC, VA ax/coil NEC Class - Circuit in Load = VA Fan -Fan B emote td. TB- TB-4 68 69 67 8 TP J8 J J -HOT -OPEN -CLOSE J5 C 44. FACTO INSTALLED. OPTIONAL O INSTALLED B OTHES.. No slaving of multiple units to a single zone sensor is allowed.. Field connections are TB-, TB-4,,,, and. VAV-PC008-EN
AEICAN STANDAD INC. THE TANE COPAN TP TP For Use With Series Fan-Powered Terminals (Normal Operation: Cooling With eheat Capability) EI7 Cooling Only - Duct Switch EI7 Cooling with water eheat and Electric eheat - Duct Switch Unit operation is initiated by the duct pressure switch signal to the controller. When signal to start by the duct pressure switch, the unit fan is started and ran continuously. An analog signal from the zone sensor is used to compare the difference in the zone temperature and the zone setpoint. On a rise in zone temperature above setpoint, the controller outputs a 4-VAC signal, compensated for changing duct pressures, to open the air valve and to increase primary cooling airflow. Upon a decrease in zone temperature, the opposite action occurs. inimum and maximum primary airflow settings are maintained by the controller and are adjustable through potentiometers on the controller board. Upon a continued decrease in zone temperature, below setpoint, the reheat is enabled. For VSCF and LSCF units with remote hot water reheat and VSWF and LSWF units, the hot water valve is opened. For VSCF and LSCF units with remote electric reheat and VSEF and LSEF units, the electric stages are energized. VA ax nd Stage st Stage 4 VAC, VA ax/coil NEC Class - Circuit in Load = VA Fan emote td. Fan - B -Fan B TB- TB-4 68 69 67 8 TP J8 J J -HOT -OPEN -CLOSE NO C NC DUCT PESSUE SWITCH 4. J5. FACTO INSTALLED. OPTIONAL O INSTALLED B OTHES.. No slaving of multiple units to a single zone sensor is allowed.. Field connections are TB-, TB-4,,,, and. 4. ating: 5 amps 5/50/77 VAC resistive, /4 HP 5 VAC, / HP C. VAV-PC008-EN C 45
Accessories Electronic ler Trane 90-Second Drive Time The Trane analog electronic controller offers basic VAV unit operation when used in conjunction with a Trane analog zone sensor. The control was designed specifically for use with the VariTrane air valve. Staged electric reheat or on/off hot water reheat control are provided when required. The control board operates using 4- VAC power. The controls operate in a pressure independent fashion. Supply Voltage: C, 50/60 Hz aximum VA Load: No Heat or Fan: 8 VA (Board,, and ) Note: If using field-installed heat, 4-VAC transformer should be sized for additional load Output atings: Output: 4 VAC at VA st Stage eheat: 4 VAC at VA nd Stage eheat: 4 VAC at VA rd Stage eheat: 4 VAC at VA Operating Environment: to 40 F (0 to 60 C) 5% to 95%H, Non-Condensing Storage Environment: -40 to 80 F (-40 to 8 C) 5% to 95%H, Non-Condensing) Physical Dimensions: Width:.6" (57.4 mm) Length: 5.50" (9.7 mm) Height: " (50.8 mm) Connections: ¼" (6.5 mm) Stab Connections Heat/Fan Staging: () Fan/st Stage:.5 Below Setpoint () nd Stage:.5 Below Setpoint () rd Stage:.5 Below Setpoint The actuator is a -wire, floating point control device. It is a direct-coupled over shaft (minimum shaft length of.\- ), enabling it to be mounted directly to the damper shaft without the need for connecting linkage. The actuator has an external manual gear release to allow manual positioning of the damper when the actuator is not powered. The actuator is Underwriters Laboratories Standard 87 and Canadian Standards Association Class 0 certified as meeting correct safety requirements and recognized industry standards. design: -wire, 8-gage, 4-VAC, floating-point control. Non-spring return. housing: Housing type-nea, IP0 otation range: Adjustable from 0 to 90, clockwise or counterclockwise Electrical rating: Power Supply 4 VAC (0 to 0 VAC) at 50/60 Hz Power Consumption.4 VA maximum, Class Electrical connection: 6-pin female connector for UC anual override: External clutch release lever Shaft requirement: ½" (.7 mm) round." (5.5 mm) length Humidity: 90% H max., Non-Condensing Temperature rating: Ambient operating to 5 F (0 to 5 C) Shipping and storage -0 to 50 F (-9 to 66 C) Torque: unning: 5 in.-lb (4 N-m) Breakaway: 5 in.-lb (4 N-m) minimum Stall: 40 in.-lb (4.5 N-m) minimum C 46 VAV-PC008-EN
Accessories Electronic Sensor Static ler The analog electronic thermostat is used in conjunction with the Trane analog electronic controller to sense the space temperature and to allow for user adjustment of the zone setpoint. odels with internal and external zone setpoint adjustments are available. Thermistor esistance ating: 000 Ohms at 77 F (5 C) Setpoint esistance ating: Setpoint potentiometer is calibrated to produce 070 Ohms at a setting of 70 F (. C) Electrical Connections: Terminal Block - Connections Physical Dimensions: Width:.75" (69.85 mm) Length: 4.5" (4. mm) Height:.0" (5.4 mm) The Trane static pressure controller will sense duct static pressure and modulate a relief device in an effort to limit maximum duct static pressure. An analog signal from the air probe is used to compare the difference in the duct static pressure and the duct static pressure setpoint. The relief device can be a VariTrane terminal or any blade damper device with the specifications stated below. See VAV-EB-64 for installation and calibration. PHSICAL DIENSIONS: C 60 HZ NEC CLASS - CONTOL CICUIT - + Supply Voltage: aximum VA Load: No more than VA ecommended Wire Size: 4 AW Stranded Housing aterial: ABS Components: box sensor Interconnecting wire Static pressure tap Fits standard " deep x 4" x /8" utility box. PESSUE TANSDUCE 5/8" PESSUE CONTOLLE - V OUT + + HI POT - N U L S T P C L O S O P E C O /4" /4" AI POBE O HIH POT OF FLOW IN IF USED WITH VAITANE VCCF. /6" Ø T. HOLES () AI VALVE ACTUATO VAV-PC008-EN C 47