Hall Effect Current Sensor S29S1T0D24ZJ
Tamura reserve the right to modify its products in order to improve them without prior notice
S29S1T0D24ZJrevA, Aug 2013
TA=25ºC, VCC=±24V
Electrical Performances
Specifications
Features:
Closed Loop type
Current or voltage output
Conversion ratio K = 1:5000
Panel mounting with
JST : BH3P-VH-1.
Large aperture
Insulated plastic case according to
UL94V0
1 Offset current value is after removal of core hysteresis — 2 Time between 90% input current full scale and 90% of sensor output full scale
Advantages:
Excellent accuracy and linearity
Very low temperature drift
No insertion loss
High Immunity to external interferences
Optimised response time
Wide supply voltage range
Parameters Symbol S29S1T0D24ZJ
Rated Current If 1000A
Maximum Current Ifmax ± 2100A (see below)
If = ± ADC
Measuring resistance @ 85°C RM
±15V 70°C 1000A : 0Ω ~ 21Ω
1200A : 0Ω ~ 9Ω
1300A : 0Ω ~ 5Ω
85°C 1000A : 0Ω ~ 18Ω
1200A : 0Ω ~ 7Ω
70°C 1000A : 0Ω ~ 60.5Ω
1800A : 0Ω ~ 14Ω
2100A : 0Ω ~ 4Ω
±24V
85°C 1000A : 10Ω ~ 58.5Ω
1800A : 10Ω ~ 12Ω
Conversion Ratio K 1 : 5000
Output Current IOUT ± 200mA
Offset Current IOE ≤ ± 0.4mA @ If = 0A1
Output Current Accuracy X IOUT ± 0.4% (without IOf)
Output Linearity εL ≤ ± 0.1% @ If
Supply Voltage VCC ± 15V ~ ± 24V (±5%)
Consumption Current ICC ± 35mA (Output Current is not included)
Response Time2 tr < 1.0μs @ di/dt = 100A / μs
Output Temperature Characteristic TCIOUT < ± 0.01 % / ºC @ If (without TCIOE)
Offset Temperature Characteristic TCIOE ≤± 0.8mA max @ If = 0A
Hysteresis allowance IOH ≤ 0.2mA (0A 3 x If)
Insulation Withstanding Vd AC 4000V, for 1minute (sensing current 0.5mA), inside of aperture terminals
Insulation Resistance RIS > 500MΩ (@ DC 500V) inside of aperture terminals
Frequency Bandwidth f DC .. 100 kHz
Secondary Coil Resistance RS 48Ω @ TA = 70ºC
50Ω @ TA = 85ºC
Operating Temperature TA – 40ºC ~ +85ºC
Storage Temperature TS – 40ºC ~ +90ºC
Frequency Characteristics Saturation Characteristics