EATON XV200 Micro Panel Comprehensive Guide

3.2 Installation steps

Check for transportation damage: Ensure that the equipment is in good condition.

Preparation for installation opening: dimensions 198 mm × 142 mm (tolerance ± 1 mm), material thickness 2-5 mm, flatness ≤ 0.5 mm, surface roughness Rz ≤ 120.

Install sealing strip: Insert the attached sealing strip into the groove on the back of the front panel to ensure a tight joint.

Pre installed threaded pin: Install the threaded pin into the wider end of the fixed clamp.

Insert the device into the opening from the front.

Install fixing clips: Select 4 or 8 fixing clips according to IP protection requirements, tighten the threaded pin until the front panel is flush with the cabinet surface.

Standard installation: 2 upper and 2 lower fixing clips (not meeting IP65).

IP65 or explosion-proof installation: 3 on top and bottom, 1 on left and right center, a total of 8 fixing clips.

3.3 Interface and Wiring

The interface of XV200 is located at the rear of the device, and the specific configuration varies depending on the model. All interface wiring must comply with EMC requirements, use shielded cables, and ensure that the shielding layer is connected to the connector housing with a large area of low impedance.

3.3.1 Power interface (24 VDC)

Use Phoenix Contact MSTB 2.5/3-ST-5.08 plug (included).

Wiring:+24 VDC, 0 VDC, functional grounding (Φ).

Power requirements: SELV 24 VDC, allowable voltage 19.2-30.0 VDC, maximum power consumption 8 W.

Internally equipped with polarity reversal protection and self recovering fuses.

3.3.2 RS232 interface (system port)

9-pin D-Sub male head, non isolated.

The maximum baud rate is related to the line length: 115200 bit/s within 2.5 meters and 9600 bit/s at 30 meters.

Shielded cables must be used, with the shielding layer connected to the connector housing.

3.3.3 Ethernet interface

RJ45 socket with ACT (yellow) and LINK (green) indicator lights.

Use shielded twisted pair (STP) cables, cross wires for direct connections between devices, and straight wires for connecting switches, with a maximum length of 100 meters.

Attention: Avoid mechanical stress on the interface caused by vibration and prevent the plug from being subjected to force.

3.3.4 USB Device Interface

USB 1.1, Type B socket.

Use shielded USB standard cable with a maximum length of 5 meters.

3.3.5 CAN interface (specific models only)

9-pin D-Sub male head, compliant with CiA standards.

Pin allocation: 2 (CAN-L), 3 (CAN-GND), 6 (GND), 7 (CAN-H).

Shielded twisted pair cables must be used, with a characteristic impedance of 120 Ω and wire diameter dependent on length.

Both ends of the bus need to be connected with 120 Ω terminal resistors, with a maximum of 32 nodes.

The maximum baud rate is related to the line length: 1000 kbit/s within 25 meters and 125 kbit/s at 500 meters.

3.3.6 Profibus interface (specific models only)

9-pin D-Sub female head, non isolated.

Pin allocation: 3 (B line), 5 (GND), 6 (5V output), 8 (A line), etc.

Profibus standard type A cable with a characteristic impedance of 150 Ω must be used.

The maximum baud rate is related to the line length: 1500 kbit/s within 200 m, ≤ 93.75 kbit/s at 1200 m.

Terminal resistors need to be connected at both ends of the bus, and dedicated bus connectors or internal jumpers can be used (as shown in Figure 16).

Operating instructions

4.1 Starting the device

Insert the CF card (including operating system) into CF slot 0 and lock the mechanism.

Connect the power and the device will automatically start (without a power switch).

After the first startup, it is necessary to perform system settings (such as time and network) and install applications. Please refer to the "MN05010007Z-EN Windows CE System Description" for details.

4.2 Shut down the device

Frequent switching can reduce the lifespan of backlight tubes (CCFLs), and it is recommended to extend their lifespan by reducing brightness. Simply disconnect the power to turn off the device.

4.3 Touch operation

The device adopts a resistive touch screen, which can be operated with fingers or a stylus. If the touch response is inaccurate, it needs to be recalibrated (using the operating system calibration tool).

Maintenance and troubleshooting

5.1 Daily Maintenance

Cleaning: Use a clean, soft, and damp cloth to wipe the touch screen. For stubborn stains, spray a small amount of cleaning agent on the cloth. Prevent liquids from entering the equipment.

Touch calibration: When the touch is not accurate, it is calibrated through the operating system.

Battery: The internal CR2032 lithium battery is used for real-time clock and is soldered onto the circuit board. It is non replaceable and has a lifespan of approximately 10 years.

5.2 Fault Handling

Common faults and countermeasures are shown in the table below (excerpted from document table 16):

Possible causes of malfunction and corrective measures

The device cannot start and the power is not connected. Check the power cord

Display 'No OS' at startup, CF card with no operating system inserted, CF card with system included

Touch unresponsive Touch not calibrated or disabled Calibration or enabled Touch

Tight fixation leads to abnormal display. The threaded pin is tightened too tightly and loosened (pay attention to torque)