HBK PW15B Notice De Montage page 12

5 ELECTRICAL CONNECTION
The following can be connected for measurement signal conditioning:
S
Carrier‐frequency amplifier
S
DC amplifier
designed for strain gauge measurement systems.
The transducers are supplied in the standard version with a 3m cable and 6‐pin Pancon
connector in a six‐wire configuration.
5.1 Connection with six‐wire configuration
Schematic diagram of a Pancon connector (CE100F26-6), 6‐pin
Fig. 5.1 Connection with a 6‐wire cable (choice of lengths: 1.5m, 3 m, 6 m or 12 m)
With this cable assignment, the output voltage at the measuring amplifier is positive
when the transducer is loaded (see Fig. 4.1).
5.2 Connection with four‐wire configuration
When transducers with a six‐wire configuration are connected to amplifiers with a
four‐wire configuration, the sense leads of the transducer must be connected to the cor­
responding supply leads: Identification (+) with (+) and identification (-) with (-), see
Fig. 5.1. This measure also reduces the cable resistance of the excitation voltage leads.
However, there will be a voltage loss on the supply leads due to the cable resistance that
is still present and not compensated for by the six‐wire configuration. A large part of this
loss can be eliminated by a calibration, however, the temperature‐dependent part
remains. The TKc value given in the specifications for the transducer therefore does not
apply for the cable and transducer combination when connection is with four‐wire config­
uration, the cable percentage must be added.
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Shield (yellow) = cable shield connected to
load cell body
Plug‐in contact 1 (white) = measurement signal (+)
Plug‐in contact 2 (red) = measurement signal (-)
Plug‐in contact 3 (black) = excitation voltage (-)
Plug‐in contact 4 (blue) = excitation voltage (+)
Plug‐in contact 5 (green) = sense lead (+)
Plug‐in contact 6 (gray) = sense lead (-)
Blue marking
PW15B
ELECTRICAL CONNECTION