Microcyber with Industrial Fieldbus Products meets you for MICONEX 2018

Microcyber debuted at 2018 India International Automation Exhibition

CNPC A11 Project Team Experts Arrived at Microcyber

“Concentrate Power, Cool Summer” Team Construction Activities Ended Successfully

The "Novice - Veteran Training Plan" kick-off meeting was held

HART Modem

Fieldbus Solution

G1003 HART to Modbus Gateway Quickly meet field application needs Help system integrators quickly achieve seamless conversion from HART to Modbus to meet field application requirements. G1003 HART to Modbus Gateway Easy to install Microcyber G-series gateways support DIN rail mounting, making installation simple and convenient. G1003 HART to Modbus Gateway Comply with mainstream control systems Microcyber G-series gateways have been tested and verified with mainstream control systems such as Siemens, Emerson, Schneider Electric, ABB, Honeywell, Rockwell, and others. G1003 HART to Modbus Gateway Simple configuration With the accompanying Modbus configuration tool, users can freely and flexibly set various parameters of the module as needed. G1003 HART to Modbus Gateway Simple application The gateway reads and writes parameter data from user equipment via the HART interface and automatically converts it into Modbus variable-related parameters for communication with the Modbus master station. G1003 HART to Modbus Gateway Wide range of applications This solution is ideal for system integrators building Modbus bus systems, as well as manufacturers of measurement equipment, detectors, and analyzers looking to connect their HART instruments to the Modbus bus.

1. G0310 Modbus to HART Gateway Comply with standard HART 7.9 and Modbus-RTU protocols 2. G0310 Modbus to HART Gateway Support 6 device variables and 4 dynamic variables 3. G0310 Modbus to HART Gateway DIN rail mounting and provide DD and DTM files for easy system integration.

HART Temperature Transmitter： 1. Certified by CE, Ex ia, EMC, SIL2 and HART 2. Dual channel, supporting multiple thermistor and thermocouple sensors, and supporting redundant hot backup of sensors 3. Supports 2/3/4-wire when connecting thermal resistors 4. The cold end compensation accuracy of the thermocouple can reach ± 0.15 ℃ (externally connected Pt100) 5. High precision (Pt100: ± 0.1 ℃), low-temperature drift (Pt100: ± 0.003 ℃/℃) 6. EDD/SSD/FDI/DTM are provided, which are compatible with various DCS systems