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Emerson VE5132 Power Supply Redundancy Module

Emerson VE5132 Power Supply Redundancy Module

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Brand:Emerson Module
Item No.:Emerson VE5132
Product Origin:USA
Product Dimensions:123.2 mm × 35 mm × 113.3 mm
Product Weight:0.36 kg
Payment:T/T, Western Union, Credit Card
Goods_stock:15
Shipping Port:Xiamen, China
Lead Time:1-3 Days
Condition:Brand New And Original
Warranty:1 Year
Certificate:COO

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The Emerson VE5132 is a DeltaV Bulk Power Supply Redundancy Module designed to ensure uninterrupted DC power delivery in mission-critical automation systems. It is engineered to provide dual-path power redundancy for 12–28 VDC bulk supply architectures, maintaining system stability even when one power source fails.

Unlike standard power distribution components, the VE5132 is optimized for high-current industrial environments up to 40A, making it an essential safeguard for DeltaV control cabinets where downtime is not acceptable. Its MOSFET-based redundancy design significantly reduces voltage drop and heat generation compared to traditional diode OR-ing solutions, improving both efficiency and long-term system reliability.

This module is widely used in process industries where continuous operation, fault tolerance, and electrical stability are critical performance requirements.


Technical Specifications

ParameterSpecification
ManufacturerEmerson
ModelVE5132
Product TypeBulk Power Supply Redundancy Module
PlatformDeltaV Distributed Control System
Input Voltage12–28 VDC
Output CurrentUp to 40 A continuous
Peak Current Capability40–65 A (short duration depending on conditions)
Redundancy MethodActive MOSFET-based dual power path
Voltage Drop~0.2 V typical
Power LossLow-loss switching design
Alarm OutputDC OK relay contact (status monitoring)
Input ConfigurationDual-input or single-input load sharing
Operating Temperature-40°C to +70°C
Storage Temperature-40°C to +85°C
Humidity5%–95% non-condensing
ProtectionShort circuit, overload, thermal monitoring
EMC DesignIndustrial-grade noise immunity
Mounting TypeDIN rail (DeltaV system integration)
Dimensions (H × W × D)123.2 mm × 35 mm × 113.3 mm
Weight~0.36 kg (approx. 0.8 lb)

Recommended System Integration Modules

For a fully optimized DeltaV power architecture, VE5132 is typically deployed alongside the following Emerson modules:

ModuleFunction
VE5123Bulk 24 VDC power supply module
VE5128High-capacity 40A system power module
VE5008Redundant DC system power supply
VE5011AC to 24 VDC bulk conversion module
VE5009DC/DC system power regulation module
VE4070System carrier interface module

Together, these components form a resilient, scalable power ecosystem for distributed control systems.


Popular Emerson DeltaV Power Modules

The VE5132 belongs to Emerson’s industrial-grade DeltaV power family, which includes:

  • VE5123 10A Bulk Power Supply Module
  • VE5126 20A Mid-Capacity Power Module
  • VE5128 40A High-Capacity Power Module
  • VE5011 AC/DC Bulk Power Supply Module
  • VE5009 DC/DC System Power Module
  • VE5008 Redundant Power Supply Module
  • VE5134 Power Sharing and Redundancy Interface Module
  • VE5138 Compact Low-Load Power Module

These modules are engineered for modular scalability across small, medium, and large industrial automation systems.


Applications

The Emerson VE5132 is widely deployed in industrial environments requiring high reliability and continuous power availability:

  • Oil and gas production and refining systems
  • Petrochemical and chemical processing plants
  • Power generation and energy distribution systems
  • Offshore platforms and marine automation systems
  • Water treatment and desalination facilities
  • Industrial manufacturing control systems
  • Mining and heavy-duty automation infrastructure
  • Safety instrumented systems (SIS) and DCS environments
  • Large-scale process control cabinets
  • High-availability automation networks

Its redundancy capability ensures system continuity even under partial power failure conditions.


Key Advantages

Active Redundant Power Architecture

The VE5132 uses MOSFET-based active redundancy technology, ensuring seamless switching between power paths without significant voltage drop.


High Current Handling Capability

With support for up to 40A continuous load, it is suitable for dense I/O systems and high-power control cabinets.


Ultra-Low Power Loss Design

Compared with traditional diode OR-ing modules, the VE5132 reduces energy loss and heat dissipation, improving system efficiency.


Industrial Reliability Standard

Designed for harsh environments, it maintains stable operation under temperature extremes, vibration, and electrical noise.


Seamless DeltaV Integration

Fully aligned with Emerson DeltaV architecture, ensuring plug-and-play compatibility with existing system power infrastructure.


Technical FAQs

1. What is the main function of VE5132?

It provides redundant power path control for 12–28 VDC bulk power systems in DeltaV automation environments.

2. What is the maximum output current?

It supports up to 40A continuous output with short-term peak handling capability.

3. What makes VE5132 different from standard power modules?

It uses active MOSFET redundancy instead of passive diode-based designs, improving efficiency and reliability.

4. Is VE5132 suitable for harsh environments?

Yes, it is designed for industrial-grade conditions including high temperature and electrical noise.

5. Does it support dual power inputs?

Yes, it is designed for dual-input redundancy and load-sharing configurations.

6. What is the typical voltage drop?

Approximately 0.2 V under normal operating conditions.

7. What industries commonly use this module?

Oil & gas, petrochemical, power generation, and industrial automation sectors.

8. Can it operate in standalone mode?

Yes, it can operate in single-input mode, but is optimized for redundancy setups.

9. What is the operating temperature range?

-40°C to +70°C industrial operating range.

10. Why choose VE5132 for DeltaV systems?

Because it enhances system uptime, reduces power loss, and ensures fault-tolerant operation in mission-critical environments.


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