Eaton XVH300 MICRO PANEL

Eaton XVH300 MICRO PANEL

Basic Information

Document information: Released in November 2014, replacing version M001506. The German version is the original description, and other language versions are translated versions. The copyright belongs to Eaton Automation Co., Ltd. Reproduction and dissemination are prohibited without permission.

Equipment Overview

Name: XVH300 and MH2 are different names for the same product.

Function: As an HMI device, it is mainly used in mechanical and system manufacturing, specifically for visualization and operation of machines and systems. Other uses require prior consultation with the manufacturer.

Version: Divided into multiple versions based on touch type (resistive, infrared) and interface (no fieldbus, CAN, Profibus, Suconet K, RS232, etc.), such as XVH-330-57BAS, XVH-340-57CAN, etc.

Packaging content: Includes MICRO PANEL host, fixed bracket with threaded pins for installing equipment, installation sealing strip, power connector, etc., and accessories such as handwriting pens can also be ordered.

Safety regulations

Symbol meaning: Different symbols are used according to the degree of danger, such as "DANGER" indicating extreme danger that may result in death or serious injury; Warning "indicates potential danger that may result in death or serious injury.

Personnel requirements: Installation, operation, maintenance, and service personnel must have sufficient qualifications, undergo training, and understand the hazards and risks related to the equipment.

Prohibited use: The use of this device for safety purposes (related to personnel and machine protection) is prohibited.

Equipment related hazards and prevention

There is a risk of explosion, and specific requirements must be followed when operating in potentially explosive environments, such as avoiding dangerous impacts, disconnecting plug connections after power failure, etc.

There are live parts inside the equipment. It is forbidden to open the equipment to prevent electric shock.

The protective grounding system between different devices may generate large balanced currents, and equipotential bonding conductors need to be installed if necessary.

Static discharge may damage electronic components, so it is necessary to release body static electricity before coming into contact with the equipment.

Resistive touch surfaces are sensitive, avoid touching with sharp objects, and ensure gloves are clean when operating.

Operation and indication components

Front: There is a touch sensor (detecting the triggering of operating elements on the display screen) and a display screen (displaying operating and indicating elements).

Service side: There are operating components such as CF card slot cover, CF slot, eject button, control button, as well as indicator components such as CF ACT, CAN ACT/PROFIBUS ACT. Different indicator lights have different meanings, such as CF ACT light on indicating that the CF card is being accessed.

On the connector side of the SKS device, there are indicator lights such as "COM PORT ERROR" and "COM PORT ACT", as well as a "LINE TERM. COM PORT" switch, which are used to indicate data transmission errors, data transmission activity, and control the terminal resistance of the RS485 interface.

Installation

Installation location requirements: It needs to be installed in an approved location, and the power supply must meet the requirements. Considering the engineering acceptance conditions of UL certification, the installation location should avoid direct sunlight, ensure that the operating components and cable connections on the service side of the equipment are accessible, meet environmental conditions and ventilation requirements, and the installation surface must meet specific thickness, flatness, and roughness requirements.

Interface: Different versions of devices have different interfaces, including Ethernet, CAN, Profibus, RS232, RS485, USB device interfaces, power interfaces, etc. Each interface has corresponding wiring requirements and specifications.

Installation steps: Check for equipment transportation damage, prepare installation cuts in control cabinets and other locations, install sealing strips, place the equipment into the installation cut from the front, fix it with fixed brackets, etc. Pay attention to relevant safety regulations during installation.

Operation

Safety regulations: Before operation, it is necessary to read the safety regulations section and pay attention to protecting the resistive touch surface to avoid turning on the device when condensation occurs due to climate change.

Start the device: Insert a CF card with an operating system, turn on the power, and the device will start. After initial debugging, adjust the system settings and install the required applications.

Turn off the device: Disconnect the power of the device. Before turning off, make sure that no software is writing to the CF card to avoid frequent device switching to extend the backlight life.

Maintenance and Service

Safety regulations: Before maintenance, it is necessary to read the safety regulations chapter.

Maintenance work: Resistive touch devices are basically maintenance free, and can be cleaned or recalibrated if necessary; Infrared touch devices require regular cleaning of the infrared frame and do not require recalibration.

Battery: The built-in battery is non replaceable and has a certain lifespan.

Maintenance: The equipment can only be opened by the manufacturer or authorized maintenance center. Maintenance requires contacting the local supplier or Eaton technical support. Transport equipment must be in its original packaging.

Troubleshooting: Listed the reasons and solutions for common faults such as device failure to start, error messages during startup, screen dimming, and unresponsive touch.

Storage, transportation, and disposal

Storage: Must meet environmental conditions requirements.

Transportation: During transportation, it is necessary to prevent equipment damage and meet environmental conditions. After arrival, inspect the equipment for transportation damage.

Disposal: The equipment contains explosive and toxic materials such as lithium batteries and cold cathode tubes, which need to be properly disposed of or returned to the manufacturer in accordance with national regulations. The materials used for the equipment and packaging should be explained.