IS230TNDSH2A 模拟量输入模块

Product Description

Input/Output function: Designed to handle digital input/output signals, supports high voltage DC (such as 125Vdc) applications and is suitable for connecting various sensors and actuators.
High performance: Part of the GE family, with fast response times and high processing power to accommodate complex control logic.
Durability and reliability: Industrial-grade design to withstand harsh environmental conditions such as wide temperature ranges, vibration and electromagnetic interference.
Compatibility: Compatible with other GE IS200 series modules and systems for easy integration into existing automation systems.
Diagnostic functions: Includes error detection and diagnostic functions to help quickly locate and resolve problems.
3. Technical specifications

Screen display: 240×128 color LCD display, Chinese prompt operation, intuitive and friendly.
Measurement correction: Use electrolyte blank current compensation, balance point drift compensation to correct the measurement results.
Electrolytic current: large electrolytic current, can quickly reach the balance point, enter the test state.
Historical records: Historical records with time marks. A maximum of 256 historical records can be stored. The power failure retention period is 10 years.
Measuring range: 5 micrograms to 30 mg water.
Titration rate: 0.6mg/min (value).
Sensitivity threshold: 1 microgram of water.
Accuracy: 5 micrograms to 1 mg of water is not more than 3 micrograms, and water greater than 1 mg is not more than ±0.5%.
4. Precautions

Installation environment: Ensure that the installation environment meets the requirements of temperature, humidity, and cleanliness to prevent dust and moisture from damaging the circuit board.
Power supply voltage: Ensure that the power supply voltage meets the card specifications. Incorrect voltage may cause damage.
Wiring specifications: Follow the correct wiring rules to prevent short circuits or open circuits, especially for high voltage signals.
Software configuration: Use the correct software tools for configuration and programming to ensure that the control logic is correct.
Maintenance and updates: Regular inspection and maintenance, and timely firmware updates to maintain optimal performance and security.
Esd prevention: Take ESD preventive measures before performing operations to prevent electrostatic discharge from damaging sensitive electronic components.