Brand: Honeywell Description: MAU Assembly LCN Media Adapter Unit Condition:New Certificate:COO TEST REPORT WARRANTY LETTER Warranty:1 year Inventory Qty:5 Payment term: T/T Shipping Port: ShenZhen Honeywell 51305348-100 has stable electrical characteristics, wide application range, adaptability to complex industrial production environments, high measurement accuracy, high reliability, good safety, easy installation, commissioning and maintenance, etc.
Manufacture |
HONEYWELL |
Model Number |
51305348-100 |
Ordering Number |
51305348-100 |
Catalog |
DCS |
Country Of Origin |
United States |
HS CODE |
8467991000 |
Dimension |
15.5*5.5*3.5CM |
Packing Dimension |
18*8*7CM |
Weight |
0.35KG |
Physical Dimensions
The HONEYWELL 51305348-100 can be described as compact, approximately [X] mm long, [X] mm wide, and [X] high, making it easy to install and arrange in equipment cabinets or industrial equipment with limited space. The overall weight is approximately [specific weight] kg; therefore, it is very sturdy and will not cause excessive load on the installation structure.
Electrical parameters
It has a wide chromatic operating voltage range and can work effectively between [minimum operating voltage] and [maximum operating voltage], so it can work in a variety of industrial power supply environments. The rated current is [X] amperes, with a complete overcurrent protection mechanism - effectively preventing electrical faults from damaging the equipment.
Performance indicators
HONEYWELL 51305348-100 has very high signal processing accuracy. The processing accuracy of analog input signals can reach ±[accuracy value], providing accurate capture and conversion of many weak signal changes. The response time is extremely fast, and the effective output response within [response time value] milliseconds provides the necessary real-time control requirements for the system.
Functional characteristics
HONEYWELL 51305348-100 provides multi-channel signal input, which can simultaneously accept and convert [specific number of channels] different signals (such as temperature, pressure, flow), and process these signals completely independently. Built-in powerful microprocessor, according to pre-set rules and algorithms, performs complex calculations and logical judgments on input signals, forwards accurate control signals, and realizes automatic control and optimization of industrial processes. Supports remote monitoring and diagnosis functions, and can be connected to the host computer or remote monitoring center through standard communication interfaces (such as Ethernet, RS485, etc.), allowing qualified technicians to monitor and observe the operating status of the equipment, change parameters, and troubleshoot anytime, anywhere.
Installation and debugging
Installation: Before installing HONEYWELL 51305348-100, please carefully check the installation environment to ensure that the temperature, humidity and other environmental conditions are suitable for the equipment. The recommended operating temperature is between [minimum temperature] and [maximum temperature], and the relative humidity is between [minimum humidity] and [maximum humidity]. During installation, strictly follow the steps in the equipment installation manual to ensure correct installation at the specified site, connect each signal line and power line, and pay attention to the polarity and tightness of the wiring.
Debugging: The debugging process requires the use of professional debugging software or tools to initialize the device, including configuring input and output channels, setting signal ranges, communication parameters, etc. Then, by simulating input signals or connecting real sensors, fully test the signal acquisition, processing and output functions of the device, and optimize the device parameters according to the test results until the device can operate stably and accurately.
Maintenance and maintenance
To ensure the long-term stable operation of the equipment, regular maintenance work is required. It is recommended to clean the appearance of the equipment once a month and check whether the terminals are loose or oxidized; conduct a comprehensive test of the equipment performance every quarter, including signal accuracy test, response time measurement, etc.; conduct a detailed inspection of the internal electronic components of the equipment every year, and replace or calibrate key components when necessary. At the same time, a complete equipment maintenance file should be established to record the time, content, and operating status changes of each maintenance, so as to promptly discover potential problems and take corresponding measures.