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IPG315D

Dixell IPG315D | Programmable HVAC/R Controller

Original price was: ¥999.00.Current price is: ¥888.00.

Dixell IPG315D | Programmable HVAC/R Controller

  • Manufacturer: Dixell, a Copeland brand
  • Model: IPG315D
  • Product Family: iPro
  • Product Type: Programmable HVAC/R controller
  • Primary Application: Refrigeration systems, chillers, heat pumps, and related equipment
  • Processor Platform: Programmable iPro controller
  • Analog Inputs: Configuration-dependent; up to 10 in documented versions
  • Digital Inputs: Up to 20 in documented versions
  • Analog Outputs: Up to 6 in documented versions
  • Digital Outputs: Up to 15 relay outputs in documented versions
  • Communications: Configuration-dependent RS485, Ethernet, CANbus, and USB options
  • Power Supply: 24 VAC/DC, depending on the specific configuration
  • Condition / Testing / Warranty: Must be confirmed for the offered unit
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Description

Dixell IPG315D | Programmable HVAC/R Controller

 

Product Introduction

In HVAC/R service work, replacing a controller involves more than matching the terminal layout. The application software, I/O allocation, and communication setup determine whether a replacement can take over the installed equipment’s control sequence.

The Dixell IPG315D is part of the iPro programmable controller family. It is designed for OEM equipment control, including refrigeration and heat-pump applications. The platform supports configurable analog and digital I/O, with communication options that vary by order code and hardware version.

The IPG315D is not necessarily supplied with a ready-to-run application for a particular chiller or refrigeration package. Confirm the complete part number, firmware/application, and installed options before purchasing it as a replacement controller.

IPG315D

IPG315D

Key Technical Specifications

  • Model: IPG315D
  • Manufacturer: Dixell / Copeland
  • Product Series: iPro
  • Controller Type: Programmable HVAC/R controller
  • Intended Applications: Refrigeration units, heat pumps, and OEM HVAC equipment
  • Analog Inputs: Up to 10, configurable by software for supported probe, voltage, current, or digital-input types
  • Digital Inputs: Up to 20, depending on hardware configuration
  • Analog Outputs: Up to 6, depending on version and configuration
  • Digital Outputs: 15 relay outputs in documented configurations
  • Relay Type: Normally open contacts; SSR versions use a different output arrangement
  • Communication Interfaces: RS485, Ethernet, CANbus, and USB options, depending on order code
  • Power Supply: 24 VAC/DC for documented configurations; verify the exact variant
  • Programming Environment: iPro programmable platform; application and configuration must match the target equipment
  • Mounting Format: 10-DIN form factor
  • Hardware Variants: Standard and SSR versions; additional differences exist by order code and revision

Specification caveat: These are platform-level capabilities, not guaranteed features of every IPG315D. Exact I/O availability, communication ports, supply requirements, and relay/SSR arrangement must be checked against the complete order code and physical unit label.

 

Global Sourcing & Live-Test SOP

For an IPG315D, the key procurement risk is receiving a controller that powers up but lacks the required application, firmware, or hardware options.

Incoming Verification

  • Confirm the model marking and full order code.
  • Record serial number, hardware revision, and any configuration labels.
  • Inspect terminal blocks, connectors, display/interface connections, and PCB condition.
  • Check for corrosion, damaged terminals, or signs of unauthorized repair.
  • Photograph the unit label and connector layout for procurement records.

Configuration & Authenticity Review

  • Match the complete order code against the required controller specification.
  • Verify standard versus SSR output version.
  • Confirm the required communication interfaces and supply voltage.
  • Establish whether the controller includes the correct OEM application and configuration.
  • Confirm whether any required display, expansion board, or accessory is included or must be sourced separately.

Functional Test Procedure

  • Power the controller using the documented supply requirements for the exact variant.
  • Verify startup and available status indications.
  • Confirm that the installed application loads, where applicable.
  • Test available analog and digital I/O using suitable calibrated equipment.
  • Verify relay/SSR output operation according to the actual hardware version.
  • Test required communication interfaces with compatible equipment.
  • Where possible, validate operation using the intended machine application or a representative OEM test setup.

Extended Run & Documentation

  • Record the complete order code, hardware revision, firmware, and application details.
  • Document I/O and communication tests actually performed.
  • Perform an extended operating run if included in the seller’s test scope.
  • Package in ESD-protective material with adequate protection for terminals and connectors.

Testing transparency: This is a recommended sourcing and acceptance procedure. It does not represent completed testing of any specific unit. Request actual test evidence, application/software details, and warranty terms from the seller.

 

Field Engineer’s Pitfall Guide

  • ❗ Do not order by base model alone. versions differ in communication options, I/O configuration, and standard versus SSR outputs. Match the full order code and board revision to the installed controller.
  • ❗ Verify the OEM application before commissioning. A programmable controller may arrive without the equipment-specific application or configuration required for operation. Confirm software availability, backup status, and compatibility with the target machine.
  • ❗ Check the output type and connected load. Standard relay and SSR configurations are not interchangeable by assumption. SSR outputs have specific load restrictions and are not intended to drive contactors or inductive loads unless the manufacturer confirms suitability.

 

Intent-Driven FAQ

Q1: What is the Dixell used for?
The is a programmable iPro controller used in HVAC/R equipment, including refrigeration units and heat pumps.

Q2: Is the a PLC?
It is a programmable controller designed primarily for HVAC/R and OEM equipment applications. It should not be treated as a universal PLC replacement without verifying application and I/O compatibility.

Q3: How many I/O points does the support?
The documented platform includes configurations with up to 10 analog inputs, 20 digital inputs, 6 analog outputs, and 15 relay outputs. Exact availability depends on the complete order code and hardware version.

Q4: Does the support Ethernet or RS485?
Communication interfaces depend on the specific configuration. Check the unit’s full order code and physical port layout before assuming Ethernet, RS485, or other interfaces are present.

Q5: Can an replace a failed controller in my chiller or refrigeration unit?
Potentially, but the replacement must match the required hardware, application software, I/O assignment, and communication setup. Verify compatibility with the equipment OEM or system documentation before installation.

Q6: Is the hot-swappable?
Do not assume hot-swap capability. Follow the equipment manufacturer’s shutdown and isolation procedure, and preserve the original controller configuration before replacement.

Q7: Is the tested or covered by a warranty?
Testing, warranty, and return eligibility depend on the specific seller and unit. Confirm whether the controller has been powered up, functionally tested, and supplied with the required application or configuration.

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