Model number 990-10-XX-02-00-163930-01
Brand BENTLY
Product name transmitter
Bentley axis displacement transmitter 991-01-XX-01-CN
The 990 vibration transmitter is mainly a simple vibration signal, according to the proportion of 4 to 20 ma industry standard input signal, and provided to the control system, in order to protect the unit, alarm and logic control. The transmitter is a two-wire, ring-powered device that accepts the input signal from the Bentley Bently Nevada 3300 NSv approach probe and its matching extension cable < 5 and 7 meter system lengths are available).
The BENTLY Bentley 300 991-01-XX-01-CN probe and extension cable are also greatly improved compared to the previous. TipLoo**** Die technology ensures a strong connection between the probe end and the main body. The probe cable is securely attached to the probe end using the CableLoc*991-01-XX-01-CN design and can withstand a pull force of 330 N (75 lb). The 3300 XL8mm probe and extension cable can also be ordered with FluidLoc cable, which prevents oil or other liquids from leaking along the inside of the cable to the outside of the machine.
BENTLY Bentley 3300 990-10-XX-02-00-163930-01 Red probes, extension cables and precursors are equipped with corrosion-resistant clickLoc gold-plated copper fittings. These joints only need
Finger tightening (the joint automatically "locks") and special mechanical locking prevents the connection from loosening.
A transmitter is a device that converts a physical measurement signal or an ordinary electrical signal into a standard electrical signal output or can be output by a communication protocol.
The 990-10-XX-02-00-163930-01 transmitter is usually composed of a sensing element and a conversion element. When the output of the sensor is a specified standard signal, it is called a transmitter. There are many kinds of it, in general, the transmitter sends a signal to the secondary instrument to make the secondary instrument display measurement data. Its principle is that the thermocouple or thermal resistance sensor converts the measured temperature into an electrical signal, and then sends the signal to the input network of the transmitter, which contains the related circuits such as zero adjustment and thermocouple compensation.
