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Installation & User Manual
Ed 19UK June 2013
Page 6 of 28
Type MAS2600-XXX-XX-X/XX
A: Absolute Transducer. The absolute transducer has no breather pipe, because it refers to
absolute vacuum. An atmospheric pressure sensor is used to compensate for the atmospheric
pressure. The absolute transducer is especially suitable for open deck applications, where the
amplifier box may be exposed to flooding.
G: Gauge Transducer. The gauge transducer is fitted with a breather pipe at the back of the
diaphragm to compensate for the atmospheric pressure. The breather pipe is connected to a
vent plug in the amplifier box. The gauge transducer is suitable for most applications.
H: High Temperature Transducer. The high temperature transducer is available in gauge version
only. The transducer is mounted with a special high temperature cable and designed for
heated tanks e.g. HFO tanks, and other applications with high tank media temperatures. The
transducer can be flange mounted or internally mounted.
Measuring Ranges MAS2600-XXX-XX-X/XX
Gauge Transmitter:
The MAS2600 Gauge Transmitter is supplied in 4 ranges. In the programmable amplifier the
measuring range is divided into 8 sub-ranges and operated by means of the range select switch.
The transmitter output signal can be adjusted to 20 mA within the following sub-ranges.
Range No.
Transducer type
Type 1:
0 – 3.5 mH
2
O
Type 2:
0 – 7.0 mH
2
O
Type 3:
0 – 16.0 mH
2
O
Type 4:
0 – 35.0 mH
2
O
1 0.20 – 0.37 mH
2
O 0.20 – 0.30 mH
2
O 0.50 – 0.75 mH
2
O 1.00 – 1.90 mH
2
O
2 0.37 – 0.54 mH
2
O 0.30 – 0.50 mH
2
O 0.75 – 1.00 mH
2
O 1.90 – 2.80 mH
2
O
3 0.54 – 0.73 mH
2
O 0.50 – 0.70 mH
2
O 1.00 – 1.50 mH
2
O 2.80 – 3.90 mH
2
O
4 0.73 – 1.10 mH
2
O 0.70 – 1.10 mH
2
O 1.50 – 2.50 mH
2
O 3.90 – 5.80 mH
2
O
5 1.10 – 1.92 mH
2
O 1.10 – 1.80 mH
2
O 2.50 – 4.00mH
2
O 5.80 – 9.90 mH
2
O
6 1.92 – 3.10 mH
2
O 1.80 – 3.00 mH
2
O 4.00 – 6.00 mH
2
O 9.90 – 15.30 mH
2
O
7 3.10 – 3.50 mH
2
O 3.00 – 4.80 mH
2
O 6.00 – 10.00 mH
2
O 15.30 – 25.10 mH
2
O
8
NOT
APPLICABLE
4.80 – 7.10 mH
2
O 10.00 – 16.00 mH
2
O 25.10 – 35.60 mH
2
O