The best reputable distributor of pressure transmitter (5 minutes ago).
Create a more intelligent series of pressure transmitter products, including pressure transmitter, differential pressure transmitter, flange level transmitter, etc.
Double flange liquid level transmitter. Single flange liquid level transmitter and single flange liquid level transmitter. Double flange level transmitter and single flange level transmitter. Double flange liquid level transmitter, used in conjunction with capsule liquid level transmitter, converts pressure, differential pressure, and temperature signals into 4-20mA DC current signals for output, and can be output through HART ® The protocol can be set, displayed, and configured through real-time communication. The single flange liquid level transmitter can communicate with the HART handheld.
A pressure transmitter is a device that converts pressure into pneumatic or electric signals for control and remote transmission. It can convert the physical pressure parameters such as gas and liquid sensed by the load cell sensor into standard electrical signals (such as 4-20mADC) for supply to secondary instruments such as indicator alarms, recorders, regulators, etc. for measurement, indication, and process adjustment.
There are two main types of pressure transmitter: electric and pneumatic. The unified output signal of the electric type is DC electrical signals such as 0-10mA, 4-20mA, or 1-5V. The unified output signal of the pneumatic type is a gas pressure of 20-100Pa.
Pressure transmitter can be divided into force (torque) balanced, capacitive, inductive, strain, and frequency types based on different conversion principles. Below is a brief introduction to the principles, structures, usage, maintenance, and calibration of several pressure (differential pressure) transmitter.
The main function of a pressure transmitter is to transmit pressure signals to electronic devices, and then display pressure on a computer. The principle is roughly to convert the mechanical signal of water pressure into an electronic signal of current (4-20mA). The pressure and voltage or current are linearly related, usually proportional. So, the voltage or current output by the transmitter increases with the increase of pressure, resulting in a relationship between pressure and voltage or current.
The two pressures of the tested medium of the pressure transmitter are introduced into the high and low pressure chambers, and the low pressure chamber pressure is either atmospheric pressure or vacuum, which acts on the δ On both sides of the isolation diaphragm of the element (i.e. sensitive element), the filling liquid inside the element is transmitted to both sides of the measurement diaphragm through the isolation diaphragm
The best reputable distributor of pressure transmitter (5 minutes ago).
Create a more intelligent series of pressure transmitter products, including pressure transmitter, differential pressure transmitter, flange level transmitter, etc.
Double flange liquid level transmitter. Single flange liquid level transmitter and single flange liquid level transmitter. Double flange level transmitter and single flange level transmitter. Double flange liquid level transmitter, used in conjunction with capsule liquid level transmitter, converts pressure, differential pressure, and temperature signals into 4-20mA DC current signals for output, and can be output through HART ® The protocol can be set, displayed, and configured through real-time communication. The single flange liquid level transmitter can communicate with the HART handheld.
A pressure transmitter is a device that converts pressure into pneumatic or electric signals for control and remote transmission. It can convert the physical pressure parameters such as gas and liquid sensed by the load cell sensor into standard electrical signals (such as 4-20mADC) for supply to secondary instruments such as indicator alarms, recorders, regulators, etc. for measurement, indication, and process adjustment.
There are two main types of pressure transmitter: electric and pneumatic. The unified output signal of the electric type is DC electrical signals such as 0-10mA, 4-20mA, or 1-5V. The unified output signal of the pneumatic type is a gas pressure of 20-100Pa.
Pressure transmitter can be divided into force (torque) balanced, capacitive, inductive, strain, and frequency types based on different conversion principles. Below is a brief introduction to the principles, structures, usage, maintenance, and calibration of several pressure (differential pressure) transmitter.
The main function of a pressure transmitter is to transmit pressure signals to electronic devices, and then display pressure on a computer. The principle is roughly to convert the mechanical signal of water pressure into an electronic signal of current (4-20mA). The pressure and voltage or current are linearly related, usually proportional. So, the voltage or current output by the transmitter increases with the increase of pressure, resulting in a relationship between pressure and voltage or current.
The two pressures of the tested medium of the pressure transmitter are introduced into the high and low pressure chambers, and the low pressure chamber pressure is either atmospheric pressure or vacuum, which acts on the δ On both sides of the isolation diaphragm of the element (i.e. sensitive element), the filling liquid inside the element is transmitted to both sides of the measurement diaphragm through the isolation diaphragm
