VIP member
MD-S975 Gas Flow Monitor
270 ° dial rotation suitable for kiln industry design, with a maximum flow rate of up to 1700 gas flow monitoring instrument
Product details
The MD-S975 gas flow monitor is widely used in various industries and application scenarios, such as industrial control, environmental monitoring, medical equipment, and laboratory research. The gas flow monitor can provide reliable gas flow measurement solutions.
The gas flow monitor adopts MEMS flow sensing chip technology to measure the flow rate of gas medium in the flow channel through thermodynamic principles. Through precise measurement techniques and responsive sensors, the MD-S975 gas flow monitor can provide highly accurate flow measurement results and operate stably even under complex environmental conditions. In addition, we also provide digital interfaces and remote monitoring functions to help customers easily obtain real-time data and perform remote configuration and control.
Product application:
◇ Kiln pipeline
Petrochemical industry
◇ Laboratory
◇ Semiconductor workshop
☆ 4-20mA， RS485 output mode is optional
☆ Horizontal 270 ° rotation of dial
☆ Working principle of heat conduction
☆ Support quick selection of monitoring media
☆ Provide digital interfaces and communication protocols
☆ Provide multiple rated flow range options
☆ 3-digit digital display, easy to read measurement results
Measurement medium:Air, nitrogen, oxygen, hydrogen
Medium temperature:-10~60°C
Detection method:thermal type
Rated flow range:100/300/400/800/1700 (unit SLM)
Range ratio:50:1
Voltage resistance:Maximum 0.2~2MPa (determined according to flow range)
Power supply voltage:DC24V
Accuracy: ±2%FS
Company:L/min (customizable)
Output method:4~20mA/ RS485
Outgoing method:Straight out, aviation plug
Installation method:PT1/2 external thread, G3/8 internal thread, etc. (determined according to the flow range)
Shell material:Polyester plastic
Base material:aluminum alloy
Online inquiry
-
Contacts
-
Company
-
Telephone
-
Email
-
WeChat
-
Verification Code
-
Message Content
-