To Next PageTo Next PageWhat does E-Thermal mean on BENSHAW DC Drives?
If your BENSHAW DC Drives display 'E-Thermal', it means the drive's internal electronic thermal overload protection has determined that the motor has overheated. The drive turns off its output.
General| Enclosure | NEMA 1 (IP20), NEMA 12 (IP54) |
|---|---|
| Communication Options | Modbus RTU, Ethernet/IP, Profibus, DeviceNet |
| Protection Features | Overcurrent, Overvoltage, Undervoltage |
| Operating Temperature | 0°C to 40°C |
| Humidity | 5% to 95% (non-condensing) |
| Altitude | Up to 1000m without derating |
Contact information for Benshaw offices and technical support.
Recommended installation practices for optimal performance and safety.
Electrical ratings and specifications for 230V drives.
Electrical ratings and specifications for 460V drives.
General specifications of the drive system.
Dimensional drawings and specifications for drive models.
Safety and environmental precautions for drive installation.
Instructions for wiring the drive's main power and control circuits.
Precautions for wiring input and output power terminals.
Measures to minimize electromagnetic interference and noise.
Overview of keypad programming features and controls.
Step-by-step guide to setting and adjusting drive parameters.
Guide for basic start/stop and speed control using the keypad.
Configuration for two-wire start and speed control using a potentiometer.
Detailed list of parameters in the Drive Group.
Detailed list of parameters in the Function Group.
Detailed list of parameters in the Advanced Function Group.
Detailed list of parameters in the Input/Output Group.
Detailed list of parameters in the Application Group.
Detailed explanations of DRV parameters.
Parameter for selecting the drive's speed control method.
Parameter to display the current fault status of the drive.
Parameter to set the drive's starting method.
Parameter to set the drive's stopping method.
Parameter to select the drive's control mode (V/F, Slip, Sensorless).
Function to enable and configure PID control for process variables.
Control parameters for Multiple Motor Control (MMC) operation.
Parameters for enabling and configuring external PID operation.
Explains how the drive displays and stores fault status.
Common troubleshooting guide for drive and motor issues.
Procedure for checking power components like diodes and IGBTs.
General information and precautions for drive maintenance.
Safety precautions to be followed during maintenance.
Detailed table for periodic inspection items, methods, and criteria.
List of available optional accessories for the drive.
Details about the LCD keypad for replacement or remote mounting.
Information about the optional Dynamic Braking unit.
Information on the NEMA TYPE 1 Conduit Box accessory.
Overview of RS485/Modbus-RTU communication capabilities.
Guide for connecting the drive for Modbus-RTU communication.
List of communication-related parameters for the drive.
Troubleshooting guide for Modbus-RTU communication errors.
UL listed fuse and breaker requirements for the drive.
Table mapping drive functions to related parameters.
List of technical standards applied for compliance.
