.svg?v=180920048278408794651776809924){kind=small}
12PJC32C23A | General Electric Instantaneous Overcurrent Relay
- Regular price
- $847.00
- Sale price
- $847.00
- Regular price
-
Couldn't load pickup availability
Product Description P/N: 12PJC32C23A
Description
The General Electric 12PJC32C23A is an instantaneous overcurrent relay engineered for rapid detection and tripping during fault conditions.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | General Electric |
| Category | Protective Relay |
| Part Number | 12PJC32C23A |
| Subcategory | Instantaneous Overcurrent Relay |
| Product Type | Instantaneous Overcurrent Relay |
| Type | PJC |
| Catalog Number | 12PJC32C23A |
| Operating Coil Rating | 1.5 A |
| Calibration Range | 0.5–2 A |
| Contacts | 2 Normally Open (N/O) |
| Target/Seal-In Unit Range | 0.2–2 A |
| Case Type | S2 Relay Case |
| Weight | 8 lbs |
Information About 12PJC32C23A
The General Electric 12PJC32C23A is a Type PJC instantaneous overcurrent relay designed for rapid fault detection and tripping in industrial and utility power systems. With an operating coil rated at 1.5 A and a calibration range of 0.5–2 A, it provides precise, high-speed protection against overcurrent events. The relay features two normally open contacts and a target/seal-in unit adjustable from 0.2–2 A, allowing flexible configuration to meet system protection requirements. Housed in a durable S2 relay case, it is built for reliable performance in demanding environments.
Key Features:
- Fast Response Protection: Instantaneous tripping for immediate fault isolation.
- Adjustable Calibration: 0.5–2 A range for customized system settings.
- High Sensitivity: Target/seal-in unit adjustable from 0.2–2 A.
- Reliable Switching: Two normally open contacts for protection circuit integration.
- Durable Housing: S2 relay case for long-lasting operation in industrial conditions.
- Standard Documentation: Includes GEK-27893 instruction reference for installation and maintenance.
The 12PJC32C23A delivers dependable, high-speed overcurrent protection, making it an essential component for safeguarding critical electrical infrastructure in industrial and utility applications.
Description
The General Electric 12PJC32C23A is an instantaneous overcurrent relay engineered for rapid detection and tripping during fault conditions.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | General Electric |
| Category | Protective Relay |
| Part Number | 12PJC32C23A |
| Subcategory | Instantaneous Overcurrent Relay |
| Product Type | Instantaneous Overcurrent Relay |
| Type | PJC |
| Catalog Number | 12PJC32C23A |
| Operating Coil Rating | 1.5 A |
| Calibration Range | 0.5–2 A |
| Contacts | 2 Normally Open (N/O) |
| Target/Seal-In Unit Range | 0.2–2 A |
| Case Type | S2 Relay Case |
| Weight | 8 lbs |
Information About 12PJC32C23A
The General Electric 12PJC32C23A is a Type PJC instantaneous overcurrent relay designed for rapid fault detection and tripping in industrial and utility power systems. With an operating coil rated at 1.5 A and a calibration range of 0.5–2 A, it provides precise, high-speed protection against overcurrent events. The relay features two normally open contacts and a target/seal-in unit adjustable from 0.2–2 A, allowing flexible configuration to meet system protection requirements. Housed in a durable S2 relay case, it is built for reliable performance in demanding environments.
Key Features:
- Fast Response Protection: Instantaneous tripping for immediate fault isolation.
- Adjustable Calibration: 0.5–2 A range for customized system settings.
- High Sensitivity: Target/seal-in unit adjustable from 0.2–2 A.
- Reliable Switching: Two normally open contacts for protection circuit integration.
- Durable Housing: S2 relay case for long-lasting operation in industrial conditions.
- Standard Documentation: Includes GEK-27893 instruction reference for installation and maintenance.
The 12PJC32C23A delivers dependable, high-speed overcurrent protection, making it an essential component for safeguarding critical electrical infrastructure in industrial and utility applications.