UES815S EPRO Compact Combined Power Monitoring Module
UES815S EPRO Compact Combined Power Monitoring Module
UES815S EPRO Compact Combined Power Monitoring Module
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UES815S EPRO Compact Combined Power Monitoring Module

  • Manufacturer: Epro

  • Part Number: UES815S

  • Condition:New with Original Package

  • Product Type: Vibration Transmitters,

  • Country of Origin: Germany

  • Payment:T/T, Western Union

  • Shipping port: Xiamen

  • Warranty: 12 months

Product Overview

The EPRO UES815S serves a dual role as a high-capacity industrial power distribution block and an asset health monitor within a single enclosure. This hybrid device delivers clean, regulated direct current to sensitive field instrumentation while processing raw dynamic machinery signals. Maintenance teams install the UES815S directly alongside localized asset clusters—such as mid-sized motor-pump setups, fans, and small compressors—to supply line power while concurrently tracking mechanical vibration and thermal degradation at the machine bed.

Technical Specifications

The system utilizes a compact, hardened footprint that installs easily inside localized junction boxes or main control panels.

Parameter Specification Details
Manufacturer EPRO
Model Number UES815S (Variant: UES815S-24A)
Condition 100% Brand New and Original
Output Voltage 24 VDC
Output Current 24 A continuous rating
Input AC Range 85 to 264 VAC universal input line
Vibration Analytics Acceleration, velocity, and displacement processing
Thermal Inputs Direct PT100 resistance temperature detector interface
Local Interface 3.5 inch color LCD display screen
Digital Comms Integrated Modbus and PROFIBUS automation protocols
Alarm Mechanisms Configurable hardware threshold relays
Enclosure Rating IP65 dust and moisture ingress protection
Mounting Options Standard 35mm DIN-rail or flat-panel configuration
Physical Footprint 125 x 100 x 50 mm
Net Weight 0.8 kg
Operating Temp -25 to +70 degrees Celsius
Compliance Marks CE and UL certified

Engineering Advantages

  • Footprint Reduction via Dual-Architecture Design: By consolidating a high-output 24A power supply and a multi-parameter machine protection monitor into a single 50mm wide housing, this device frees up premium cabinet space. It eliminates independent wiring networks, auxiliary terminal steps, and separate sensor drivers.

  • IP65 Washdown and Dust Resilience: The rugged IP65-rated structural enclosure allows direct installation outside central control rooms. Engineers mount the module directly onto field frames near processing pumps, where it repels moisture ingress, ambient steam, and airborne particulate matter without requiring expensive secondary climate housings.

  • Versatile Dual-Mounting Framework: The physical chassis supports standard top-hat 35mm DIN-rail snapping for rapid installation into existing sub-panels, while also offering rigid rear bolt-holes for high-vibration flat panel installations. This flexibility accommodates both high-density control panels and confined junction boxes.

  • Seamless Field-Bus Network Integration: On-board Modbus and PROFIBUS serial engines stream electrical load parameters, dynamic vibration metrics (velocity, acceleration, displacement), and thermal probe readings over a single network wire. This direct link provides supervisory PLC and DCS software with rich diagnostic analytics without consuming analog input cards.

FAQs

  • What specific industrial components can the UES815S power?

    The module delivers up to 24 Amps of stable 24 VDC power, which is sufficient to drive mid-sized Programmable Logic Controllers (PLCs), distributed I/O blocks, variable speed motor drives, field transmitters, and remote telemetry terminal units simultaneously.

  • Can the unit evaluate thermal and mechanical faults at the exact same time?

    Yes. The internal processor handles input channels concurrently. It continuously monitors physical shaft or casing vibration metrics alongside thermal data coming from connected PT100 RTD probes, checking both parameters against independent, software-defined safety thresholds.

  • How do technicians configure the built-in alarm relays?

    Technicians adjust the warning and shutdown thresholds directly through the integrated 3.5-inch front-panel color LCD interface, or push parameters over the network bus. When an asset exceeds a threshold, the physical internal contact relays change state to trigger automated safety interlocks or local sirens.

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