– input voltage: 24v dc
– input current: 100 ma
– output voltage: 24v dc
– output current: 500 ma
– operating temperature: -40 c to +70 c
– communication interface: Ethernet, modbus TCP/IP
** technical specifications :**
– number of digital inputs: 8
– number of digital outputs: 24
– dimensions: 120mm x 80mm x 40mm
– weight: 200g
Model: LG1093AA24
Brand: HONEYWELL
Input Voltage: 24VDC, 48VDC (some sources mention a voltage range up to 220VDC, but this may refer to a different context)
Output Voltage: 24VDC
Operating Temperature Range: 50~80℃
Functions:
The LG1093AA24 is designed to detect ultraviolet radiation emitted by hydrocarbon flames. The measured results are converted into pulse outputs related to the intensity of ultraviolet radiation, allowing the control system to determine the presence of flames based on programmable threshold settings
Parameters: Specific parameters for HONEYWELL SPS5785 51198651-100 may vary based on detailed configurations and applications. However, it is generally known for its digital control precision and programmable settings.
Specifications: The SPS5785 51198651-100 is designed for industrial automation and process control, featuring high accuracy, programming capabilities, real-time monitoring, and ease of integration.
Dimensions and Weight: Unfortunately, the exact dimensions and weight of the SPS5785 51198651-100 are not provided in the available information. These details are typically available in the product’s technical specifications sheet or from the manufacturer directly.
Series: The SPS5785 belongs to Honeywell’s series of industrial controllers and sensors, specifically tailored for automation and process control applications.
High precision and reliability, utilizing advanced sensing technology for accurate data acquisition.
Designed for use in various complex environments.
Dimensions and Weight:
Specific dimensions and weight are not directly provided in the search results.
However, Honeywell products typically include detailed dimensional and weight information in their technical specifications, which would be available from the manufacturer or through official channels.
Series:
The product belongs to the Honeywell sensor series, specifically designed for industrial applications.
Here are the key details regarding the HONEYWELL 51305896-200 NIM MODEM, presented in English and organized into bullet points:
Parameters and Specifications:
Designed for data communication and monitoring purposes.
Typically used in conjunction with the Honeywell TDC 3000 control system.
Dimensions and Weight:
Specific dimensions and weight information are not provided directly in the search results.
However, the module is generally compact in size, suitable for integration into various equipment and systems.
Series:
Part of the Honeywell NIM MODEM series, specifically the 51305896-200 model.
Brand: HONEYWELL
Model: CC-PCNT01
Work Voltage: 24 VDC
Power Supply: Not specifically mentioned in the search results, but typically suitable for industrial automation systems.
Dimensions and Weight:
Size/Dimensions: 6.8×16.2×16.5cm
Weight: 0.48kg
Features:
High Performance: The CC-PCNT01 controller module offers high-speed, high-precision data acquisition, processing, and control output, making it suitable for complex control systems.
Programmability: It supports multiple programming languages such as C/C++ and Modbus, allowing users to customize and control according to their needs.
The HONEYWELL CC-IP0101 is a digital input/output (I/O) module designed for industrial automation and process control applications.
It provides multiple digital input and output channels for receiving and sending digital signals to control and monitor various industrial devices.
Dimensions:
The module measures 89*89*36 mm in size.
Weight:
Specific weight information is not provided, but the module is designed to be compact and lightweight for easy integration into industrial systems.
Series:
The CC-IP0101 belongs to Honeywell’s series of industrial automation and process control modules, known for their reliability and performance.