Other Templates - HBM TEDS Montageanleitung

The example shows the correction for a sensor that can be loaded in both directions
(tensile and compressive force). The display of the physical value deviates at the begin­
ning of the measuring range (0%) by -0.0034%. In the middle (unloaded sensor, 50%)
there is no deviation; at the end of the measuring range (100%) the display deviates by
-0.0276%. Note that the physical measuring range of the sensor as specified in the basic
template must not be exceeded by the entries made. Use values greater than 0% and/or
less than 100% as necessary if the deviations would otherwise lie outside.
6.4

Other templates

The IEEE1451.4 standard makes provision for other templates over and above those ex­
plained here. Most of these additional templates describe other transducer types.
From this group, the following templates are recognized by various TEDS-enabled HBM
measuring amplifiers (not every device can use all types at every connection; see mea­
suring amplifier data sheet):
Template
High‐Level Voltage Output Sensors
Resistance Sensors
Resistive Temperature Detector
Thermocouple
Potentiometric Voltage Divider
AC Linear/Rotary Variable Differential
Transformer (LVDT/RVDT)
Accelerometer and Force Transducer
Charge Amplifier (optionally with Attached
Force Transducer)
Charge Amplifier (with Attached
Accelerometer)
Current Loop Output Sensor
Strain gage
TEDS
TEDS TEMPLATES
Explanation
For transducers with voltage output
For ohmic resistors
Specially for RTDs such as Pt100 etc.
For thermocouples
For potentiometric transducers
For inductive transducers based on the
LVDT principle
Piezoelectric sensor
Charge amplifier with piezoelectric force
sensor
Charge amplifier with piezoelectric
accelerometer
Transducers with current output
For strain gages
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