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- HMISCU6B5
- 3.5-Inch Color Touch Controller Panel
- France
- 74.95 × 128 × 102 mm
- 0.551 kg
- Xiamen, China
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Product Overview
The Schneider Electric HMISCU6B5 is a Harmony SCU small touch HMI controller that combines a 3.5-inch color touchscreen with programmable machine-control functions. It is suited to compact automation equipment where operators need a local interface while the same device handles digital signals, analog measurements and control outputs.
Unlike the HMISCU6A5 digital-I/O variant, the HMISCU6B5 includes analog input and output capabilities. Its configuration supports applications that need to monitor temperature or other analog signals alongside discrete sensors and actuators. Typical examples include compact packaging equipment, material-handling systems and small process machines with local operator control.
The controller operates from a 24 V DC supply and provides Ethernet, USB, serial and CANopen communication interfaces. The touchscreen can display operating values, machine states, alarms and adjustment screens, while the embedded controller executes the application logic. HMI screens, I/O assignments and communication settings are configured through the compatible Schneider Electric engineering environment.
Technical Specifications
| Parameter | Specification |
|---|---|
| Manufacturer | Schneider Electric |
| Model | HMISCU6B5 |
| Product Series | Harmony SCU |
| Product Type | Small Touch HMI Controller |
| Display Size | 3.5 inch |
| Display Type | Backlit LED Color TFT LCD |
| Display Resolution | 320 × 240 pixels (QVGA) |
| Touchscreen Type | Analog resistive touch |
| Display Colors | 65,000 |
| Rated Supply Voltage | 24 V DC |
| Permitted Supply Voltage | 20.4–28.8 V DC |
| Digital Inputs | 8, including 2 high-speed inputs |
| Digital Outputs | 8, including 2 pulse outputs |
| Analog Inputs | 4 |
| Analog Outputs | 2 |
| Communication Interfaces | Ethernet, USB Type A, USB Mini-B, RS-232C/RS-485 serial link and CANopen |
| Application Memory | 128 MB Flash EPROM |
| Programming Software | SoMachine; compatibility depends on software version and project requirements |
| Mounting Method | Panel mounting through a 22 mm hole |
| Dimensions | 74.95 × 128 × 102 mm |
| Weight | 0.551 kg |
Product Features
- Integrated HMI and controller: Combines operator interaction and programmable machine control in one unit.
- 3.5-inch color touchscreen: Displays machine status, process values, alarms and operator settings.
- Mixed digital and analog I/O: Supports discrete signals alongside analog measurements and output commands.
- High-speed input functions: Supports applications requiring fast pulse acquisition or counting.
- Pulse output capability: Provides pulse-based output functions for compatible control applications.
- Temperature measurement support: The analog input configuration includes temperature-input capability for supported sensors.
- Multiple communication interfaces: Ethernet, USB, serial and CANopen support integration with compatible automation devices.
- 24 V DC operation: Fits common low-voltage machine-control power arrangements.
- Compact panel mounting: The 22 mm mounting arrangement simplifies installation in suitable control panels.
- Unified application configuration: Allows the operator interface and embedded control logic to be configured as part of the same project.
Working Principle
The HMISCU6B5 combines a touchscreen operator interface with embedded control logic. Digital inputs receive signals from switches and discrete sensors, while analog inputs acquire supported process signals. The controller executes the configured application and updates its outputs according to the program.
For example, a compact packaging machine may use digital inputs to detect product position, analog inputs to monitor a process variable, and digital or analog outputs to control compatible equipment. The operator can view process values, change permitted settings and respond to alarms through the touchscreen without using a separate HMI and PLC.
High-speed inputs and pulse outputs support applications that require pulse counting or pulse-based commands. Ethernet, serial and CANopen communications allow data exchange with compatible devices. Actual I/O behavior, signal ranges and communication mappings depend on the selected configuration and application program.
Role in a Harmony SCU Machine Control Architecture
The HMISCU6B5 serves as both the local operator interface and the embedded controller. It processes field inputs, executes programmed logic, updates the touchscreen and exchanges data with compatible equipment through its communication interfaces.
| System Component | Function | Relationship to the HMISCU6B5 |
|---|---|---|
| HMISCU6B5 HMI Controller | Executes control logic and provides the operator interface | Central HMI and control unit |
| Digital Sensors | Detect position, presence or machine state | Supply signals to digital inputs |
| Analog Sensors | Measure supported process variables | Connect to configured analog input channels |
| Temperature Sensors | Provide supported temperature measurements | Use the applicable temperature-input channels |
| Digital Actuators | Operate compatible valves, relays or other loads | Controlled through digital outputs within their ratings |
| Analog-Controlled Devices | Receive analog reference signals | Connect to configured analog outputs |
| High-Speed Sensors | Generate pulse signals for counting or measurement | Can use high-speed input functions |
| Ethernet Network | Connects compatible devices for data exchange | Uses the Ethernet interface |
| CANopen Devices | Exchange control and status data | Connect through the CANopen interface |
| Serial Devices | Communicate using a supported serial configuration | Connect through the RS-232C/RS-485 interface |
| 24 V DC Power Supply | Supplies operating power | Powers the controller and its integrated electronics |
Industrial Applications
| Application | Typical Control Requirement | Role of the HMISCU6B5 |
|---|---|---|
| Packaging Machinery | Cycle control, process monitoring and operator settings | Combines local HMI operation with digital and analog control |
| Material Handling | Sensor-based sequencing and process-value monitoring | Processes field signals and displays operating information |
| Compact Process Equipment | Analog measurement with discrete machine control | Acquires supported analog signals and executes control logic |
| Food and Beverage Machinery | Local status display and process monitoring | Provides operator interaction and configured I/O functions |
| Pharmaceutical Equipment | Monitoring of process variables and machine states | Displays configured values and manages compatible control sequences |
| Pumping Systems | Start/stop control and analog feedback | Combines discrete control with supported analog measurement |
| Temperature-Controlled Equipment | Temperature input and analog output commands | Supports configured temperature-related control applications |
| Machine Retrofit Projects | Consolidation of separate HMI and controller functions | Can combine operator interface and control where I/O requirements match |
Installation and Maintenance
- Verify the model reference: Confirm HMISCU6B5 and its mixed digital/analog I/O configuration before installation.
- Check the panel opening: Prepare the specified 22 mm mounting hole and confirm that the panel arrangement suits the mounting system.
- Inspect the installation location: Ensure that the panel provides suitable access to connectors and adequate ventilation.
- Confirm the power supply: Provide a suitable 24 V DC source within the permitted voltage range and apply the required circuit protection.
- Isolate power before wiring: Disconnect power before installing or removing field wiring.
- Review the I/O assignment: Match each digital or analog signal to the correct terminal and configured program address.
- Verify analog signal compatibility: Check sensor type, signal range, wiring method and channel configuration before connecting analog devices.
- Check output-load requirements: Confirm that connected loads remain within the controller’s output ratings; use suitable interface devices where necessary.
- Verify communication wiring: Check Ethernet, serial and CANopen connections against the selected protocol and connected-device requirements.
- Configure the application: Use compatible engineering software to load or develop the control logic, HMI screens and communication settings.
- Test I/O and display functions: Verify analog readings, digital transitions, output behavior, touchscreen commands and alarms under controlled conditions.
- Record the configuration: Document the program version, signal assignments, communication settings and maintenance actions for future servicing.
Related Components
| Component | Function | Relationship to the HMISCU6B5 |
|---|---|---|
| Schneider HMISCU6A5 | Harmony SCU controller with digital I/O | Related 3.5-inch model without the same analog I/O configuration |
| Schneider HMISCU8B5 | Harmony SCU controller with a 5.7-inch display and mixed I/O | Larger-display variant in the same family |
| Schneider HMISCU8A5 | Harmony SCU controller with a 5.7-inch display and digital I/O | Larger-display digital-I/O variant |
| Schneider HMISAC | Harmony SCU controller rear module | Modular component for the corresponding compatible configuration |
| Schneider HMIS65 | Harmony SCU 3.5-inch screen module | Screen component used in the supported modular arrangement |
| Schneider HMIS85 | Harmony SCU 5.7-inch screen module | Larger screen component for compatible configurations |
| 24 V DC Power Supply | Supplies controller operating power | Provides the required DC input |
| Analog Sensors | Measure supported process variables | Supply analog signals to the controller |
| Temperature Sensors | Measure temperature | Connect to supported temperature-input channels |
| Digital Input Devices | Detect machine conditions | Provide discrete signals to the controller |
| Analog-Controlled Devices | Receive analog control signals | Use configured analog outputs where supported |
Recommended Related Models
| Model | Product Type | Relationship | Selection Consideration |
|---|---|---|---|
| Schneider HMISCU6B5 | Harmony SCU Small Touch HMI Controller | Main product | 3.5-inch touchscreen with mixed digital and analog I/O |
| Schneider HMISCU6A5 | Harmony SCU Small Touch HMI Controller | Related 3.5-inch model | Choose for applications using the digital-I/O configuration |
| Schneider HMISCU8B5 | Harmony SCU Small Touch HMI Controller | Larger-display variant | 5.7-inch display with mixed I/O |
| Schneider HMISCU8A5 | Harmony SCU Small Touch HMI Controller | Larger-display variant | 5.7-inch display with digital I/O |
| Schneider HMISAC | Harmony SCU Controller Rear Module | Modular system component | Verify compatibility with the intended screen module |
| Schneider HMIS65 | Harmony SCU 3.5-inch Screen Module | Modular screen component | Use only in the corresponding supported modular arrangement |
| Schneider HMIS85 | Harmony SCU 5.7-inch Screen Module | Modular screen component | Select for a compatible 5.7-inch configuration |
Key Advantages
- Combines touchscreen operation and programmable control in one device.
- Provides digital and analog I/O for mixed-signal machine applications.
- Includes high-speed input and pulse-output functions.
- Supports Ethernet, USB, serial and CANopen communications.
- Operates from a 24 V DC supply.
- Offers related Harmony SCU models with alternative display sizes and I/O configurations.
Technical FAQs
How is the HMISCU6B5 different from the HMISCU6A5?
Both models use a 3.5-inch Harmony SCU touchscreen platform. The HMISCU6B5 adds analog input and output capabilities, including temperature-input support, while the HMISCU6A5 uses a digital-I/O configuration. The correct model depends on the signals and control functions required by the application.
What analog capabilities does the HMISCU6B5 provide?
The HMISCU6B5 has four analog inputs and two analog outputs. The input channels support configured analog measurement functions, including temperature measurement, while the outputs can provide analog control signals within their specified operating ranges.
Which software is used to configure the HMISCU6B5?
The controller’s original product documentation identifies SoMachine as its programming software. Before creating or modifying a project, verify that the installed engineering software version supports the device and the functions required by the application.
Can the HMISCU6B5 replace a separate HMI and PLC?
It can combine those functions in a compact system when the required I/O, processing, communication and control functions fit the controller’s capabilities. Applications needing additional I/O, specialized motion control or functions outside the unit’s supported configuration may require separate or additional automation hardware.