TRICONEX JWA600‑24 | -40°C to +85°C | 16‑channel digital input module

$2,650.00

  • Product Model: JWA600‑24
  • Brand: TRICONEX
  • Warranty: One Year
  • Input Voltage: 20–30 V DC
  • Operating Temperature: -40°C to +70°C
  • Condition: New/Used
    In Stock: In Stock
    Delivery Time: 3-5 days
Category: SKU: JWA600‑24 Tag:

Description

Technical Specifications

  • Product Model: JWA600‑24
  • Brand: TRICONEX
  • Warranty: One Year
  • Input Voltage: 20–30 V DC
  • Operating Temperature: -40°C to +70°C​
  • Storage Temperature: -40°C to +85°C​
  • Response Time: ≤3–5 ms per digital input channel
  • Protection Class: IP20
  • Accuracy Class: Digital on/off capture; error typical <0.1% mis‑state probability under rated voltages and interference levels
  • Rated Current Range: 2–10 mA typical per digital input; flexible sinking/sourcing compatible with standard PLC‑style 24 V DC status devices​
  • Communication Interface: Modbus RTU/TCP‑enabled
  • Supported Protocols: Modbus RTU and Modbus TCP, allowing straightforward integration with SCADA, DCS, and safety‑manager logic in hybrid Triconex environments
  • Overload Capacity: Channel‑isolation rated to ≈2500 V AC per input; capable of withstanding moderate surge and EMI events without permanent damage or signal corruption​
  • Dimensions: ≈90 mm × 70 mm × 40 mm; weight ≈0.5 kg

 

Product Overview

The TRICONEX JWA600‑24 is a 16‑channel digital input module designed for reliable status acquisition in industrial automation and safety‑related control schemes. Engineered for harsh‑environment applications in oil & gas, refining, power, and heavy process plants, this module bridges field contact signals—such as valve‑position indicators, pump‑status relays, ESD pushbuttons, safety interlock switches, and equipment‑readiness contacts—into higher‑level Triconex‑compatible PLC, DCS, or SIS logic systems. The JWA600‑24 supports wide‑range 24 V DC inputs (typically 20–30 V DC) and offers strong surge/noise immunity (around 2500 V AC isolation) to protect downstream electronics in electrically noisy cabinets. Its combination of fast response time (≤3–5 ms per channel), Modbus‑enabled communication, and DIN‑rail mounting makes the JWA600‑24 a cost‑effective, compact choice for both standard process‑monitoring tasks and safety‑zone contact aggregation. With certifications such as CE, UL, ATEX, and IECEx‑compatible approvals, the module is suitable for hazardous‑area wiring practices when correctly terminated and bonded. (162 words)

Key Functions

 

High‑Density Digital Input Acquisition

The JWA600‑24 digitizes up to 24 isolated 24 V DC discrete‑status points from field contacts, allowing a single module to replace multiple smaller contacts or isolated interface boards. Each channel is electrically isolated so that faults such as wiring shorts or ground loops remain contained rather than propagating through the module, which reduces spurious alarms and maintenance complexity.

 

Fast and Deterministic Discrete Reaction

With a worst‑case response time on the order of ≤5 ms per channel, the module can reliably track quick‑operating safety‑device contacts such as ESD‑tower E‑Stop buttons or emergency valve‑position switches. This speed helps keep protective logic cycles tight in mid‑complexity ESD or Burner‑Management diagrams that rely on multiple discrete interlocks without overwhelming the safety‑system scan budget.

Flexible Sinking/Sourcing and Voltage Range

The input circuitry is designed to accept either sinking or sourcing 24 V DC contacts with a headroom of 20–30 V DC, accommodating variations in older batteries or combined‑DC‑supply schemes. This versatility simplifies wiring standards across sites where some panels and contractors prefer one polarity convention over another, reducing field‑rework and configuration‑errors at commissioning.

 

Modbus‑Integrated Industrial Communication

Built‑into‑compatible configurations, the JWA600‑24 reports its channel‑states over Modbus RTU and/or TCP, making discrete statuses visible to SCADA and historian platforms without requiring an additional PL‑translator card. Engineers can mirror these points into supervision dashboards, audit‑reports, or alarm‑systems so that a single “contact‑status‑gone‑bad” appears as a timed event, aiding root‑cause analysis in safety‑and‑control audits.

 

 

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