| |
The MT120 and MT110 are Precision Digital Manometers with a built-in highly silicon resonant sensor. The MT120/MT110 measure pressure to an accuracy of ?0.01% of reading + 3 digits) which is more than sufficient for calibrating pressure transmitters and differential pressure transmitters to an accuracy of ¡À0.1%.
The MT120 is especially suitable for field calibration, with features such as a DMM function (5V DC/20 mA DC), DC output to drive a transmitter, and output signal calibration. With the external battery pack (option), these models can be used where AC power is not available, which increases its scope of application.
Both the MT120 and MT110 can be equipped with either the GPIB or RS-232-C interface as standard, facilitating automation of production lines and calibration and inspection procedures.
Features:
-
High accuracy pressure measurement : ¡À0.02% of reading
-
Measures both gases and liquids
Gases or liquids that are not inflammable, explosive, toxic or corrosive can be measured by the same instrument.
-
Maximum input up to 500 kPa
(for 10 kPa and 130 kPa range models) - greatly improved sensor protection against excessive accidental input pressure.
-
Three types of power supply:
100 to 120 V AC/200 to 240V AC
12V DC
External battery pack (optional accessory)
Ni-Cd battery provides up to approx. six hours continuous use; battery charger is supplied.
-
GPIB or RS-232-C Interface (selectable)
Either the GPIB or RS-232-C interface can be selected
-
The pressure display unit can display kPa, kgf/cm? mmH 2 O, mmHg, psi, inH 2 O, and inHg (switchable)
MT120 Only:
-
DMM function (built-in DC measurement of 1 to 5V and 4 to 20mA DC signals, floating input)
Measurement accuracy : ¡À(0.01% of reading + 2 digits) at 23¡À3¡ãC
-
24 V DC power supply to transmitter (floating output)
-
% value and % error display functions
These increase the efficiency of calibration and inspection of pressure/differential pressure transmitters.
-
Measured data memory
Up to 1024 field calibration data items can be stored in internal memory
|