POWERFOIL X3.0 ELECTRICAL SPECS & DIAGRAMS

Transcription

1 POWERFOIL X3.0 ELECTRICAL SPECS & DIAGRAMS WARNING: Disconnect power to the installation locations before installing the fan and controller! WARNING: Wait three minutes after disconnecting the VFD before servicing! WARNING: Installation work and electrical wiring must be done by qualified person(s) in accordance with all applicable codes and standards, including fire-rated construction. Incorrect assembly can cause electric shock or damage the motor and the controller. Supply power guidelines Before beginning fan installation, route power wiring to the VFD installation site. Refer to the minimum supply circuit requirements for your fan size below. foil X3.0 Fan Diameter Minimum Circuit Size 1 PFX ft (2.4 m) PFX ft (3.0 m) PFX ft (3.6 m) PFX ft (4.3 m) PFX ft (4.9 m) PFX ft (5.5 m) PFX ft (6.1 m) PFX ft (7.3 m) V, 1 Φ V, 3 Φ V, 3 Φ V, 1 Φ V, 3 Φ V, 3 Φ V, 1 Φ V, 3 Φ V, 3 Φ V, 3 Φ foil X3.0 Plus Fan Diameter 2 Minimum Circuit Size 1 PPX ft (3.6 m) PPX ft (4.3 m) PPX ft (4.9 m) V, 1 Φ V, 3 Φ PPX ft (5.5 m) V, 3 Φ PPX ft (6.1 m) V, 3 Φ PPX ft (6.7 m) PPX ft (7.3 m) 1. All VFDs produce three-phase output power regardless of input phase. 2. With foil Plus winglets wiring guidelines Dedicated Branch Circuit Protection. Each fan requires dedicated branch circuit protection. Conduit. VFD output/motor input leads cannot share a conduit with any other controller s supply feed. Local Disconnect. If required, a local disconnect should be installed per all national and local codes. Manual Disconnect. To satisfy some local code requirements, it may be necessary to install a manual disconnect at the fan motor location when the fan is not within line-of-sight of the controller.

2 : V, 1 Φ Note: Fire relay not shown. See Fire Relay for fire relay wiring instructions. The diagram below shows a standard VFD ( V, 1 Φ) using single-phase input from power supply. Actual component layout may differ from illustration. / NEMA L6-20P (1.0 hp) or NEMA L6-30P ( hp) /

3 : V, 1 Φ with EMI filter Note: Fire relay not shown. See Fire Relay for fire relay wiring instructions. The diagram below shows a typical EMI filter installation on a standard VFD ( V, 1 Φ) using single-phase input from power supply. Actual component layout may differ from illustration. / NEMA L6-20P (1.0 hp) or NEMA L6-30P ( hp) / /

4 : V, 3 Φ Note: Fire relay not shown. See Fire Relay for fire relay wiring instructions. The diagram below shows a standard VFD ( V, 3 Φ) using three-phase input from power supply. Actual component layout may differ from illustration. / NEMA L15-20P /

5 : V, 3 Φ with EMI filter Note: Fire relay not shown. See Fire Relay for fire relay wiring instructions. The diagram below shows a typical EMI filter installation on a standard VFD ( V, 3 Φ) using three-phase input from power supply. Actual component layout may differ from illustration. / NEMA L15-20P / /

6 : V, 3 Φ Note: Fire relay not shown. See Fire Relay for fire relay wiring instructions. The diagram below shows a standard VFD ( V, 3 Φ) using three-phase input from power supply. Actual component layout may differ from illustration. / NEMA L16-20P /

7 : V, 3 Φ with EMI filter Note: Fire relay not shown. See Fire Relay for fire relay wiring instructions. The diagram below shows a typical EMI filter installation on a standard VFD ( V, 3 Φ) using three-phase input from power supply. Actual component layout may differ from illustration. / NEMA L16-20P / /

8 RUN STOP FWD REV : V, 3 Φ Note: Fire relay not shown. See Fire Relay for fire relay wiring instructions. The diagram below shows a standard VFD ( V, 3 Φ) using three-phase input from power supply. Actual component layout may differ from illustration. / MODE RUN ENTER STOP RESET VFD-M 1.5KW WARNING: /

9 Fire relay wiring (E Series) ON From main FP or N box (if applicable) A contact closure across digital input terminals MI3 and DCM will result in fan shutdown. The relay uses a Normally Open (N.O.) contact. The relay coil must be energized by the FP for fan shutdown. Two additional relay coil leads are provided to facilitate supervision pass-through where required. An alarm condition will stop the fan and issue a fault at the controller. (X2) (X2) (+) (-) COMMON CLOSED OPEN COIL: ma ON From main FP or N box (if applicable) Optionally, the relay can be used with a Normally Closed (N.C.) contact. The relay coil must remain energized by the FP for fan operation. This would be considered a fail safe or fail open wiring arrangement. F H U Two additional relay coil leads are provided to facilitate RUN STOP FWD REV REM LOC supervision pass-through where required. An alarm condition will stop the fan and issue a fault at the controller. (X2) (X2) (+) (-) COMMON CLOSED OPEN COIL: ma

10 Fire relay wiring (M Series) From main FP or N box (if applicable) A contact closure across digital input terminals M3 and GND will result in fan shutdown. The relay uses a Normally Open (N.O.) contact. The relay coil must be energized by the FP for fan shutdown. RUN STOP FWD REV MODE RUN ENTER STOP RESET Two additional relay coil leads are provided to facilitate supervision pass-through where required. VFD-M 1.5KW An alarm condition will stop the fan and issue a fault at the controller. U T1 V T2 W T3 Brake B1 B2 (X2) (X2) (+) (-) COMMON CLOSED OPEN COIL: ma From main FP or N box (if applicable) Optionally, the relay can be used with a Normally Closed F (N.C.) H contact. The relay coil must remain energized by the U FP for fan operation. This would be considered a fail safe RUN STOP FWD REV REM LOC or fail open wiring arrangement. RUN STOP FWD REV MODE RUN ENTER STOP RESET Two additional relay coil leads are provided to facilitate supervision pass-through where required. VFD-M 1.5KW An alarm condition will stop the fan and issue a fault at the controller. U T1 V T2 W T3 Brake B1 B2 (X2) (X2) (+) (-) COMMON CLOSED OPEN COIL: ma