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GLP

GLP PCB Motor

$0.00

The GLP PCB Motor is a compact, high-efficiency motor solution designed for direct integration onto printed circuit boards (PCBs). Engineered for reliability and precision, it is ideal for space-constrained electronic and electromechanical applications where performance, durability, and ease of assembly are critical.

View Product Features

  • Compact PCB-mounted design for seamless integration
  • High efficiency and low power consumption
  • Stable torque and smooth rotational performance
  • Low noise and vibration characteristics
  • Minimal maintenance requirements






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About the GLP PCB Motor

A GLP PCB Motor is a specialized replacement component designed for the movement systems within GLP brand automated lighting fixtures, such as moving heads and effects lights. This part is typically a printed circuit board (PCB) that integrates the control electronics and driver circuitry for a specific motor—commonly a stepper or servo motor responsible for pan, tilt, or effects movement like gobo rotation or zoom control. The PCB serves as the intelligent interface between the fixture's main control board and the physical motor, translating high-level DMX commands into precise electrical signals that dictate the motor's speed, direction, and positional accuracy. Its reliable function is critical for ensuring smooth, silent, and repeatable movement, which is fundamental to the fixture's performance in live productions.

Engineered as a service part, this PCB is built to match the exact electrical and mechanical specifications of the original component it replaces. It features robust soldering, quality connectors, and often includes protective circuitry to handle the electrical demands of driving a motor. Replacing a faulty motor PCB is a common repair task for lighting technicians and authorized service centers, allowing them to restore a valuable fixture to full operation without needing to replace the entire motor assembly or the fixture itself. Proper installation requires technical skill to ensure correct alignment and connection, safeguarding the intricate mechanics of the light.

The availability of such dedicated spare parts underscores the importance of serviceability in professional lighting equipment, extending the operational lifespan of expensive fixtures. For rental houses, production companies, and lighting technicians, having access to genuine replacement PCBs like this is essential for maintaining inventory reliability and minimizing downtime. It represents a critical link in the maintenance chain, ensuring that the precise mechanical movements that define automated lighting can be reliably restored, keeping the show running without compromise.

Key Features

  • Compact PCB-mounted design for seamless integration
  • High efficiency and low power consumption
  • Stable torque and smooth rotational performance
  • Low noise and vibration characteristics
  • Minimal maintenance requirements






GLP PCB Motor Specs

Component Identification
Part Type
Motor Control Printed Circuit Board (PCB)
Compatibility
Specific GLP Fixture Models
Primary Function
Drives Pan, Tilt, or Effects Motor
Electrical Specifications
Input Voltage
Matches Fixture's Internal Logic Power
Output Drive
Motor-Specific Current & Voltage
Connector Type
Fixture-Specific Header or Cable
Physical & Integration
PCB Dimensions
Specific to Fixture Bay
Mounting Method
Screws or Standoffs within Fixture
Component Markings
GLP Part Number for Identification
Repair & Service Level
Installation Requirement
Technical Skill for Disassembly & Soldering
Typical Symptoms Replaced
Erratic Movement, Motor Failure, No Movement
User Level
Qualified Technician / Authorized Service Center
Replacement Context
Supplied As
Genuine Factory Replacement Part
Repair Goal
Restore Specific Mechanical Function
System Role
Sub-Component of Fixture Movement Assembly

Key Features

  • Compact PCB-mounted design for seamless integration
  • High efficiency and low power consumption
  • Stable torque and smooth rotational performance
  • Low noise and vibration characteristics
  • Minimal maintenance requirements






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