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2320186 | Phoenix Contact QUINT-ORING 40 A Redundancy Module For QUINT POWER System
- Regular price
- $372.00
- Sale price
- $372.00
- Regular price
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Product Description P/N: 2320186
Description
The Phoenix Contact 2320186 is a QUINT-ORING redundancy module designed to provide reliable power path control and redundancy for QUINT POWER single-phase power supplies. Operating with 18–28 VDC inputs, it ensures uninterrupted power delivery in industrial environments through controlled decoupling and high-load capability.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Phoenix Contact |
| Category | Redundancy Modules |
| Part Number | 2320186 |
| Subcategory | Redundancy Modules |
| Series | QUINT-ORING |
| Tradename | QUINT POWER |
| Input Type | Single-phase (1-Phase) |
| Input Voltage | 18–28 VDC |
| Number of Outputs | 1 |
| Output Voltage (Channel 1) | 18–28 VDC |
| Output Current (Channel 1) | 40 A |
| Output Power | 800 mW |
| Mounting Style | DIN rail |
| Minimum Operating Temperature | –25°C |
| Maximum Operating Temperature | +70°C |
| Length | 125 mm |
| Width | 38 mm |
| Height | 130 mm |
| Unit Weight | 752.8 g |
| Industry Use | Industrial |
| Approvals / Certifications | CE, UL (varies by system) |
Information About 2320186
The 2320186 redundancy module is part of the Phoenix Contact QUINT-ORING Series and is engineered to enhance the reliability of QUINT POWER power supply systems. Designed for DIN rail installation, it provides controlled decoupling of two power supplies, ensuring uninterrupted operation even if one supply fails. Its robust construction supports 40 A output current and is optimized for integration with fourth-generation QUINT POWER units, including full compatibility with preventive function monitoring and remote diagnostic signaling. With a wide 18–28 VDC operating range and high thermal tolerance up to +70°C, the module delivers dependable performance across demanding industrial applications requiring continuous and redundant power paths.
Key Features
- Redundancy Control For QUINT POWER: Provides secure decoupling of power supplies to maintain uninterrupted system operation during supply failure.
- High 40 A Output Capability: Supports heavy industrial loads and ensures stable current delivery in redundancy configurations.
- Wide Input Voltage Range: Accepts 18–28 VDC input, allowing compatibility with a broad range of QUINT POWER supply outputs.
- Preventive Monitoring Compatibility: Works with QUINT POWER monitoring features to detect critical operating conditions early.
- Remote Monitoring Ready: Includes an active transistor switching output and floating relay contact for external status signaling.
- DIN Rail Mount Design: Streamlined installation for control panel integration in industrial systems.
- High Thermal Performance: Operates reliably from –25°C to +70°C, suitable for harsh or elevated temperature environments.
- QUINT-ORING Series Reliability: Built with Phoenix Contact’s proven ORING technology for long-term stability and industrial-grade performance.
The 2320186 delivers the reliability and precision required for maintaining continuous redundant power paths in QUINT POWER industrial automation systems.
Description
The Phoenix Contact 2320186 is a QUINT-ORING redundancy module designed to provide reliable power path control and redundancy for QUINT POWER single-phase power supplies. Operating with 18–28 VDC inputs, it ensures uninterrupted power delivery in industrial environments through controlled decoupling and high-load capability.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Phoenix Contact |
| Category | Redundancy Modules |
| Part Number | 2320186 |
| Subcategory | Redundancy Modules |
| Series | QUINT-ORING |
| Tradename | QUINT POWER |
| Input Type | Single-phase (1-Phase) |
| Input Voltage | 18–28 VDC |
| Number of Outputs | 1 |
| Output Voltage (Channel 1) | 18–28 VDC |
| Output Current (Channel 1) | 40 A |
| Output Power | 800 mW |
| Mounting Style | DIN rail |
| Minimum Operating Temperature | –25°C |
| Maximum Operating Temperature | +70°C |
| Length | 125 mm |
| Width | 38 mm |
| Height | 130 mm |
| Unit Weight | 752.8 g |
| Industry Use | Industrial |
| Approvals / Certifications | CE, UL (varies by system) |
Information About 2320186
The 2320186 redundancy module is part of the Phoenix Contact QUINT-ORING Series and is engineered to enhance the reliability of QUINT POWER power supply systems. Designed for DIN rail installation, it provides controlled decoupling of two power supplies, ensuring uninterrupted operation even if one supply fails. Its robust construction supports 40 A output current and is optimized for integration with fourth-generation QUINT POWER units, including full compatibility with preventive function monitoring and remote diagnostic signaling. With a wide 18–28 VDC operating range and high thermal tolerance up to +70°C, the module delivers dependable performance across demanding industrial applications requiring continuous and redundant power paths.
Key Features
- Redundancy Control For QUINT POWER: Provides secure decoupling of power supplies to maintain uninterrupted system operation during supply failure.
- High 40 A Output Capability: Supports heavy industrial loads and ensures stable current delivery in redundancy configurations.
- Wide Input Voltage Range: Accepts 18–28 VDC input, allowing compatibility with a broad range of QUINT POWER supply outputs.
- Preventive Monitoring Compatibility: Works with QUINT POWER monitoring features to detect critical operating conditions early.
- Remote Monitoring Ready: Includes an active transistor switching output and floating relay contact for external status signaling.
- DIN Rail Mount Design: Streamlined installation for control panel integration in industrial systems.
- High Thermal Performance: Operates reliably from –25°C to +70°C, suitable for harsh or elevated temperature environments.
- QUINT-ORING Series Reliability: Built with Phoenix Contact’s proven ORING technology for long-term stability and industrial-grade performance.
The 2320186 delivers the reliability and precision required for maintaining continuous redundant power paths in QUINT POWER industrial automation systems.