Specifications

177
Transducers
Performance
Performance
Usage conditions
Classification Power transducers
Grade
Impact resistance
Vibration resistance
Usage temperature range
Storage temperature range
Humidity
Continuous overload
Product name
DC level
transducers
Box
Tolerance
±0.25%
±0.25%
0.25
—
T-51DL
—
DC reverse
voltage
transducers
±0.25%
0.25
—
T-51DR
—
Isolators
±0.25%
0.25
—
T-101!S
—
High-
speed
isolators
±0.25%
0.25
—
T-101!SQ
—
Limiter
±0.25%
0.25
—
T-51LM
—
±0.25% ±0.25% ±0.25% ±0.25%
Adders
±0.5%
±0.5%
0.5
—
T-101AD
—
Temperature transducers
Resistance bulb Thermocouple
±0.5%
±0.5%
0.5
—
T-51TP
—
±0.5%
±0.5%
0.5
—
T-101TPZ
—
±0.5%
±0.5%
0.5
—
T-101TC
—
±0.5%
±0.5%
0.5
—
T-101TCZ
—
1.5 times rated voltage
2 times rated current
between electric circuit
and outer casing
between input circuit and
auxiliary power supply
between input circuit
and output circuit
between output circuit and
auxiliary power supply
Test voltage: 500VDC
Auxiliary power supply
Input
±0.5%
±0.5%
0.5
—
T-51DS
—
First-order
lag
transducers
120% of rated input value
Supply electricity for 10s duration 10 times at 10s intervals (temperature transducers excluded)
Supply electricity for 10s duration 10 times at 10s intervals (temperature transducers excluded)
2000VAC for 1min *2
2000VAC for 1min
2000VAC for 1min
10MΩ or more (at relative humidity of 80% or less)
±1500V, pulse width: 1ms
±500V, pulse width: 1ms (current input specifications are exempt)
490m/s
2
(50G), in 3 directions, 6 times with mounting legs mounted
16.7Hz, double amplitude 4mm, in 3 directions, 1h each (corresponding to approx. 2.2G) with mounting legs mounted
-10~50°C (daily mean temperature: 35°C or less)
-20~60°C
30~85% relative humidity
Model
name
*1 For models with the “both” specified, the % with respect to basal value that is the maximum value of the mutual difference between
output values when the frequency is changed from 45 to 65Hz.
2000VAC/DC
for 1min
2000VAC/DC
for 1min
2000VAC/DC
for 1min
2000VAC/DC
for 1min
— ———
Influence of
temperature
Influence of
frequency *1
Instantaneous
overload
Withstand
voltage
Insulation
resistance
Noise
resistance
Influence of
voltage
% with respect to
basal value
% with respect to
basal value upon
change of ±10°
from 23°C
% with respect to
basal value upon
change of ±5% from
rated frequency
% with respect to
basal value upon
change of ±10%
from rated voltage