Wiring Comparison between GPD 315 and V1000 Yaskawa Inverters Wiring Comparison between GPD 315 and V1000

Old Lug Wiring Old GPD 315 L1, 2, and 3 Main Input T1, 2, and 3 Main Output B1 and 2 Braking Resistor +1 and 2 DC Reactor

New Lug Wiring New V1000 L1, 2, and 3 Main Input T1, 2, and 3 Main Output B1 and 2 Braking Resistor +1 and 2 DC Reactor

Lug Wiring Comparison Old GPD 315 New V1000 L1, 2, and 3 Main Input T1, 2, and 3 Main Output B1 and 2 Braking Resistor +1 and 2 DC Reactor New V1000 L1, 2, and 3 Main Input T1, 2, and 3 Main Output B1 and 2 Braking Resistor +1 and 2 DC Reactor

Old TB Wiring Old GPD 315 S1 Forward Run S2 Reverse Run S3 External Fault S4 Fault Reset S5 Speed 1 S6 Speed 2 SC Common FS Frequency Reference Power Supply FR Frequency Reference Input FC Frequency Reference Common MA Contact Output (NO) MB Contact Output (NC) MC Contact Common

New TB Wiring New V1000 S1 Forward Run S2 Reverse Run S3 External Fault S4 Fault Reset S5 Speed 1 S6 Speed 2 SC Common +V Frequency Reference Input Power Supply A1 Frequency Reference Input AC Frequency Reference Common MA Contact Output (NO) MB Contact Output (NC) MC Contact Common

TB Wiring Comparison Old GPD 315 New V1000 S1 Forward Run S2 Reverse Run S3 External Fault S4 Fault Reset S5 Speed 1 S6 Speed 2 SC Common FS Frequency Reference Power Supply FR Frequency Reference Input FC Frequency Reference Common MA Contact Output (NO) MB Contact Output (NC) MC Contact Common New V1000 S1 Forward Run S2 Reverse Run S3 External Fault S4 Fault Reset S5 Speed 1 S6 Speed 2 SC Common +V Frequency Reference Input Power Supply A1 Frequency Reference Input AC Frequency Reference Common MA Contact Output (NO) MB Contact Output (NC) MC Contact Common