The RGA series of 4Q drives is well suited for applications that require the control of overhauling loads, frequent reversing or breaking. With on-board fusing and cage clamp power and logic terminals, installation has been made simple. Available in either open chassis style or in a NEMA 4X enclosure, the RGA series can be used in a wide range of environments. With the available field supply for shunt-wound motors, full assortment of adjustments that are standard on all our 4Q drives, and optional factory installed isolation module, the RGA series is a flexible and well equipped member of our 4Q family of drives.
Features
Regenertive Stopping/Reversing
Field Supply
Isolation
Enable (Normally Open)
Inhibit (Normally Open)
On-board Fuses
Technical Data
1.37 Form Factor
2% Base Speed Regulation over 50:1 Speed Range
0.5% Base Speed Regulation over 60:01 Speed Range with Tach
Trim Pots
Maximum Speed
Minimum Speed
Forward Acceleration
Reverse Acceleration
Forward Current Limit
Reverse Current Limit
IR Compensation
Deadband
Tach
Signal Input Adjust
The RGA series of 4Q drives is well suited for applications that require the control of overhauling loads, frequent reversing or breaking. With on-board fusing and cage clamp power and logic terminals, installation has been made simple. Available in either open chassis style or in a NEMA 4X enclosure, the RGA series can be used in a wide range of environments. With the available field supply for shunt-wound motors, full assortment of adjustments that are standard on all our 4Q drives, and optional factory installed isolation module, the RGA series is a flexible and well equipped member of our 4Q family of drives.
Features
- Regenertive Stopping/Reversing
- Field Supply
- Isolation
- Enable (Normally Open)
- Inhibit (Normally Open)
- On-board Fuses
Technical Data
- 1.37 Form Factor
- 2% Base Speed Regulation over 50:1 Speed Range
- 0.5% Base Speed Regulation over 60:01 Speed Range with Tach
Trim Pots
- Maximum Speed
- Minimum Speed
- Forward Acceleration
- Reverse Acceleration
- Forward Current Limit
- Reverse Current Limit
- IR Compensation
- Deadband
- Tach
- Signal Input Adjust
