GE 75953 GE132MVPS-N

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Was: $26.97
Now: $19.83
SKU:
BEL-75953
UPC:
43168722582
Condition:
New
Shipping:
Calculated at Checkout
HS Tariff code:
8504.10.0000

Product Overview

GE Lighting Logo

GE 75953 / GE132MVPSN UltraStart Electronic Ballast – 120-277V | Programmed Start | 0.87 BF | 1-Lamp T8

High-efficiency programmed start ballast designed for balanced light output and extended lamp life.

Lamp Type
F32T8
Fluorescent
Lamp Count
1 Lamp
Parallel
Voltage
120–277V
Multi-Volt
Ballast Factor
0.87
Normal Output
Start Type
Programmed Start
Extended Life

Technical Specifications

  • Model: GE132MVPSN (PC #75953)
  • Input Voltage: 120–277V AC
  • Ballast Factor: 0.87 (Normal Output)
  • Power Factor: High (>0.98)
  • Starting Method: Programmed Start
  • THD: <10%
  • Minimum Starting Temperature: -20°F
  • Maximum Case Temperature: 70°C
  • Dimensions: 9.5" L x 1.3" W x 1.2" H
  • Sound Rating: Class A (20–24 dB)
  • Compliance: UL Type CC, FCC Part 18, RoHS, UL Type 1 Outdoor

Compatible Lamps

  • F32T8 (48" Standard Lamps)
  • F32T8/25W, F28T8/28W, F32T8/WM (Energy Saving)
  • F25T8 (36") and F17T8 (24")
  • F15T8
  • Limited compatibility with F25T12 (verify wiring)

Product Overview

The GE132MVPSN UltraStart ballast delivers balanced light output with a 0.87 ballast factor while extending lamp life using programmed start technology.

Designed for frequent switching applications, it reduces maintenance costs and improves system reliability.

Key Advantages

  • Balanced performance: 0.87 ballast factor
  • Extended lamp life: Up to 100,000 switching cycles
  • Ideal for occupancy sensors
  • Reduced maintenance costs
  • Stable light output: Anti-striation control

Applications

  • Commercial lighting systems
  • Office environments
  • Retail and institutional lighting
  • Sensor-controlled applications

Cross Reference

  • Universal B132PUNV-N
  • Sylvania QTP1X32T8/UNV PSN-SC
  • Philips Advance IOP-1P32-N-SC

Important Notes

  • Programmed Start Ballast (Not Instant Start)
  • Balanced output vs energy-saving models
  • Best for applications requiring consistent light levels

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