HIMA Z7136

Technical Specifications

Processing Capacity: The HIMA Z7136 standard configuration is an advanced multi-core processor architecture with a main frequency of up to GHz. It has very powerful parallel processing capabilities and can quickly respond to very large amounts of data calculations and complex logical judgments to ensure the timeliness and accuracy of system responses. 

Memory Capacity: Equipped with high-capacity DDR memory, it can smoothly run various industrial applications and temporary data storage, and has GB of non-volatile flash memory, which can exist for a long time to store configurations, historical data, and key program codes to ensure data security and integrity.

Input and output interface: HIMA Z7136 has a wide range of interfaces, including digital input interfaces, supporting multiple voltage levels, and accurately collecting switch signals of field equipment; digital output interfaces, which can stably drive solenoid valves and relays; high-precision analog input channels, with a sampling accuracy of up to bits, which can accurately measure temperature, pressure, and flow analog signals; output analog channels, which can provide accurate analog control signals for industrial operation processes.

Functional features

Safety control function: HIMA Z7136 supports flexible and customized safety logic programming, and users can configure complex safety control strategies according to actual industrial scenarios. The device can monitor certain key parameters and health status of industrial production equipment in real time. Once abnormal conditions such as over-temperature, over-pressure, and equipment failure are detected, it will quickly perform safety actions such as safe shutdown, cutting off the supply of hazardous media, and alarming to effectively prevent accidents and ensure the safety of personnel and equipment. 

Redundant fault-tolerant design: adopts redundant architecture design such as dual redundant processors, dual redundant power supplies, redundant communication links, etc. When the main components fail, the redundant components automatically switch seamlessly to ensure that the system continues to operate, greatly improving the reliability and availability of the system and greatly extending the mean time between failures.

Communication networking function: HIMA Z7136 supports a variety of mainstream industrial communication protocols, such as Profibus-DP, Modbus TCP, Ethernet/IP, etc. It is simple and convenient to integrate with other industrial automation equipment, host computer monitoring systems, and distributed control systems. 

Installation and commissioning requirements: The suitable conditions for equipment installation are good ventilation of industrial control cabinets, suitable temperature and humidity (minimum-maximum), low electromagnetic interference, and sufficient space for equipment heat dissipation and future maintenance and repair.

Installation steps: Fix the HIMA Z7136 device firmly to the rails inside the cabinet. The next step in the installation process is to connect the power cord, input and output signal lines, and communication cables according to the electrical wiring diagram. Make sure the wiring is correct and firm to prevent disconnection, short circuit, and similar problems.

Debugging process: HIMA Z7136 should be initialized and configured using professional debugging software tools, including setting network parameters, input and output channel parameters, and safety logic programs. After that, a comprehensive test is performed to check the functions of various operations, such as triggering safety actions and the accuracy of data collection and transmission, by simulating a combination of input signals and working conditions. If defects are found, they should be corrected and optimized in turn until the equipment meets the safety control regulations of the industrial site.

Maintenance and care Regular inspection: Check for visible abnormal damage; check whether the cooling fan is working effectively; and finally check whether the visual status indicator function is working. The tightness of the connection terminals should be evaluated - the faulty terminals must be reinforced/tightened immediately when loose or oxidized.

Dust cleaning and maintenance: HIMA Z7136 regularly uses a clean soft cloth and compressed air to remove dust from the device surface and vents respectively, which will eliminate dust accumulation, which will affect heat dissipation and device performance.

Firmware upgrade: Regularly follow the guidance of HIMA official firmware update information and perform such firmware updates within the required cycle so that new functional features, performance optimizations, and security patches can be deployed to enhance overall device performance and security.

Troubleshooting: Except for the default alarms issued during the operation of the equipment, the fault information should be recorded in time, and then checked according to the fault indication to determine the cause. When this simple fault diagnosis is applicable, the user must refer to the maintenance guide to try to solve the problem. In the case of complex faults, the HIMAZ technical support team will intervene immediately to pave the way for the equipment to return to normal.