GMR3340-27-02401410-348A Glentek DC Servo Motor
$4,321.90
The Glentek GMR3340-27-02401410-348A high-performance, permanent magnet DC brush-type servo motor is engineered for industrial motion control. Utilizing high-energy Neodymium-Iron-Boron (NdFeB) magnets, it provides exceptional torque density and a superior torque-to-inertia ratio for dynamic CNC machinery applications.
In stock
Description
The Glentek GMR3340-27-02401410-348A is a heavy-duty permanent magnet DC brush-type servo motor built specifically to withstand challenging industrial manufacturing environments. Designed with high-energy Neodymium-Iron-Boron (NdFeB) magnets, this model provides high dynamic acceleration and deceleration performance compared to traditional ferrite setups. It offers an efficient, smaller envelope package without sacrificing positional accuracy or continuous performance.
Integrating a precisely skewed armature configuration, this servo motor ensures ultra-smooth velocity regulation with reduced cogging torque across all operational speeds. The Totally Enclosed Non-Ventilated (TENV) housing features an IP54 environmental protection rating, housing ruggedized internal ball bearings capable of managing high axial and radial shaft loads. This precise specific configuration lacks an internal shaft seal and a mechanical braking assembly, minimizing rotational drag.
Technical Specifications
- Series: Glentek GMR
- Model no.: GMR3340-27-02401410-348A
- Motor Type: Permanent Magnet DC brush-type servo motor
- Maximum Speed: 3,300 RPM
- Frame Size: 3.3-inch diameter NEMA compatible housing
- Torque:
- Continuous Stall: 16 lb-in (1.81 Nm) @ 7.1 Amps
- Peak Stall: 80 lb-in (9.05 Nm) @ 35.5 Amps
- Voltage: 120 VDC
- Feedback: 1,000 count encoder
- Brake: No brake
- Flange: Square flange
- Connector: 14-Pin connector
- Shaft Seal: No shaft seal
Interchangeability & Drop-In Compatibility Guide
This motion control component serves as a direct engineering-approved alternative for obsolete industrial legacy hardware. Specifically, it operates as a high-performance, drop-in replacement for the legacy Baldor MTE-3363-BLBCN DC servo motor.
When replacing older ferrite-magnet variants with this Neodymium-based motor, our technical staff can help you cross-verify drive amplifier configuration settings. Because of its low-inertia armature design, it achieves rapid dynamic responses, requiring slight adjustments to the servo loop tuning parameters (proportional, integral, and derivative gains) on your CNC controller or drive chassis to prevent mechanical oscillation.
Additional information
| Speed (RPM) | |
|---|---|
| Model Series | |
| Manufacturer | Glentek |
| Voltage (V) | |
| Part Number (MPN) | GMR3340-27, GMR3340-27-02401410-348A |
| Condition | New |
Frequently Asked Questions
The GMR3340-27-02401410-348A functions as a physical drop-in physical replacement, matching the critical mounting footprint and pilot diameter dimensions. However, because its Neodymium magnets yield higher torque-to-inertia parameters than the legacy Baldor ferrite design, you must perform a fresh PID auto-tune sequence on your drive amplifier to match the new dynamic profile and eliminate axis vibration.
No. This unit features an IP54-rated TENV enclosure but is explicitly manufactured without a front shaft seal. Operating it in fields exposed to heavy moisture, oil mist, or direct coolant spray will lead to liquid entering the front bearing assembly and flowing into the brush track, destroying the motor. For wet applications, an upgraded IP65 configuration equipped with viton shaft seals must be used.
The 14-pin MS-style circular connector combines internal armature power leads and low-voltage encoder lines into one interface. Always match your current drive interconnect schematic against the official Glentek GMR wiring pinout diagram before firing up the system. Miswiring feedback channels directly into high-voltage armature inputs will cause immediate, irreversible damage to the optical encoder module.
