Standard delivery
£8 ex VAT · free over £200UK parcel delivery is £8 ex VAT, or free on orders over £200 ex VAT.
Heavier items may be charged at a weight-based or pallet rate, shown at checkout.
IOS/M04OXA-D1 IMO Remote I/O module, RS485 (HD) 4 D/A Out (V, mA) 14-bit
IMO IOS/M04OXA-D1 is a four-channel 14-bit voltage and current analogue output remote I/O module with RS-485 half-duplex communications for precise industrial automation and process control.
£359.75
Why Choose the IMO IOS/M04OXA-D1 Remote I/O Analogue Output Module?
The IMO IOS/M04OXA-D1 is a high-resolution 4-channel analogue output remote I/O module designed for industrial automation, machine control and distributed I/O applications. As part of the IMO iOS Remote I/O series, it provides four configurable voltage or current analogue outputs for controlling compatible drives, actuators, instrumentation and process equipment.
The IOS/M04OXA-D1 provides 14-bit analogue output resolution, enabling precise control of equipment requiring continuously variable command signals. Each of its four analogue output channels supports voltage or current operation, including standard 0–10 V and 4–20 mA industrial signals, making the module suitable for a wide variety of automation applications.
Designed for IMO's Serial/Modbus remote I/O platform, the module communicates through an RS-485 half-duplex interface and operates from a 10–30 V DC supply. Removable screw terminal plugs simplify field wiring and maintenance, while the iOS platform's isolated I/O architecture helps provide reliable analogue signal integration in electrically demanding industrial environments.
Key Advantages
- Compact 4-channel analogue output module for distributed industrial automation.
- Configurable voltage and current outputs provide flexible control of field equipment.
- 14-bit output resolution enables precise analogue control.
- Supports standard industrial 0–10 V and 4–20 mA signals.
- RS-485 half-duplex communications for Serial/Modbus remote I/O networks.
- iOS Remote I/O platform provides 2 kV I/O isolation for dependable signal integration.
- Removable screw terminal plugs simplify installation, servicing and replacement.
- Compatible with multiple IMO i3 controller families and XGB automation systems.
Key Features
- IMO iOS Remote I/O series.
- 4 analogue output channels.
- Voltage or current output configuration.
- 14-bit analogue output resolution.
- Supports 0–10 V analogue voltage output.
- Supports 4–20 mA analogue current output.
- RS-485 half-duplex serial interface.
- Designed for Serial/Modbus remote I/O applications.
- 10–30 V DC operating supply.
- 2 kV isolated I/O architecture.
- Removable screw terminal plugs for convenient field wiring.
- Suitable for compatible IMO i3 and XGB controller systems.
Precise Analogue Control for Industrial Automation
Analogue output modules provide continuously variable control signals between an automation controller and field equipment. The IMO IOS/M04OXA-D1 converts digital commands from the control system into high-resolution voltage or current signals, allowing equipment such as variable speed drives, valve positioners and process controllers to be regulated accurately.
With four voltage/current outputs and 14-bit resolution, the IOS/M04OXA-D1 is well suited to applications requiring accurate multi-channel analogue control. Its Serial/Modbus communications allow the module to be positioned remotely from the main controller, reducing lengthy analogue signal wiring and providing a flexible method of expanding industrial automation systems.
Typical Applications
- Analogue speed reference signals for variable frequency drives.
- Process valve and actuator positioning.
- Industrial process and production machinery.
- Flow, pressure and temperature control systems.
- HVAC and building automation equipment.
- Distributed PLC and remote I/O installations.
- Analogue instrumentation and process-control interfaces.
- OEM machinery and industrial control panels.
Technical Specifications
Tick the specs you need, then view products that match.
| Communication | RS485 | |
|---|---|---|
| Manufacturer | IMO Precision Controls | |
| Series | iOS Remote I/O | |
| Model | IOS/M04OXA-D1 | |
| Product type | Analogue output remote I/O module | |
| Number of outputs | 4 analogue outputs | |
| Output types | Voltage / current | |
| Voltage output | 0–10 V | |
| Current output | 4–20 mA | |
| Output resolution | 14-bit | |
| Communication interface | RS-485 half duplex | |
| Communication system | Serial / Modbus | |
| Supply voltage | 10–30 V DC | |
| I/O isolation | 2 kV | |
| Terminal type | Removable screw terminal plugs | |
| Mounting type | DIN rail / control panel mounting | |
| Compatible controller families | IMO i3 and XGB | |
| HS Code | 8538909190 | |
| Country of Manufacture | Italy |
Frequently Asked Questions
What is the IMO IOS/M04OXA-D1 used for?
The IOS/M04OXA-D1 is a 4-channel analogue output remote I/O module used to provide variable voltage or current control signals to industrial equipment such as drives, actuators and process-control devices.
How many analogue outputs does the IOS/M04OXA-D1 provide?
The module provides four analogue output channels that can be used for voltage or current control signals.
What resolution does the IOS/M04OXA-D1 provide?
The IOS/M04OXA-D1 provides 14-bit analogue output resolution for precise control of compatible industrial equipment.
What analogue signals does the IOS/M04OXA-D1 support?
The module provides configurable voltage and current analogue outputs, including commonly used 0–10 V and 4–20 mA signals.
What communications interface does the IOS/M04OXA-D1 use?
The IOS/M04OXA-D1 uses an RS-485 half-duplex serial interface and forms part of IMO's Serial/Modbus iOS Remote I/O range.
Reliable Analogue Output Control for Industrial Systems
IMO iOS Remote I/O modules provide machine builders and automation engineers with flexible distributed I/O for industrial control systems, combining high-resolution analogue signals, isolated I/O, serial communications and convenient removable terminals for dependable field integration.
