ATS1P, ATS2P Programmable Converters
The ATS2P converter measures resistance from an OLTC sensor, and the ATS1P converter measures temperature from a PT 100 or PT 1000 sensor. These devices convert the signal to a proportional and isolated DC current or voltage, measured from the circuit.
The converters are powered locally by a universal isolated power supply. These converters feature RS485 and USB communication ports, for configuration and data reading.
The ATS2P converter measures resistance from an OLTC sensor, and the ATS1P converter measures temperature from a PT 100 or PT 1000 sensor. These devices convert the signal to a proportional and isolated DC current or voltage, measured from the circuit.
The converters are powered locally by a universal isolated power supply. These converters feature RS485 and USB communication ports, for configuration and data reading.
ATS1P – Temperature sensor PT-100
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- Temperature: PT100 probe (0-100; 0-600ºC)
- Range: 0–100%
- PT100 – PT1000
ATS2P – Resistance
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- Resistance: 0-100; 0-3000 Ohm
- Range: 0–100%
- OLTC Sensor
Technical details
- Technical characteristics
- Technical data
ATS1P – Temperature sensor PT-100
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- Temperature: PT100 probe (0-100; 0-600ºC)
- Range: 0–100%
- PT100 – PT1000
ATS2P – Resistance
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- Resistance: 0-100; 0-3000 Ohm
- Range: 0–100%
- OLTC Sensor
Communications
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- Serial port: RS485 / USB
- Protocol: MODBUS/RTU
- Communication speed: 2400, 4800, 9600 Bd
ANALOGUE OUTPUT
- Current: 4..20 mA / 0..5 mA
- Voltage: 0..10 V
- Load impedance: Ro (kΩ) = 12 / Io (mA) Max. (mA). Ro (kΩ) = Vo / 25 mA Min. (V)
- Saturation limit: < 25 mA
- Maximum open-circuit voltage: 16V
Auxiliary power supply
- Auxiliary voltage: Universal 40-270V AC/DC
- Consumption: 1.37..2.2 VA. 0.63..1W
- Frequency: 50 - 60 Hz





