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非接觸、測量單提供毫安（+5）
Main characteristics:
2 standard models
PCB mounting
Small currents' measurement from 0.3 to 0.6 ARMS nominal
Accurate (1.9 % Max at +25°C with CTSR 0,3-P model and 1.5 % Max at +25°C with CTSR 0.6-P model)
Low offset drift
Compact unique design for all the models
Light: 28 g
Operating temperature range: -40 to +105°C
5 years warranty
Features:
DC, AC, pulse, small currents' measurements with galvanic isolation
Single supply: 0,+5V
Non contact measurement with high aperture (? 20.1 mm)
Isolation test voltage: 5.4 KVRMS / 50 Hz / 1 min
Voltage output
Bandwidth DC to 9.5 KHz (- 1dB)
Closed-loop Fluxgate technology
High creepage and clearance distances (11 mm) for high insulation
Standard compliance:
EN 50178 for industrial applications such as:
Solar panels inverters (earth leakage control)
First human contact protection of PV arrays
Medium power inverter (symmetry fault detection)
Power sources (failure detection)
UPS's
SMPS's
Current monitoring
· UL 508 (UR marking)
· European Directive EMC 2004 / 108 / EEC: CE marking
· Using UL94-VO recognized materials
· Low voltage directive 2006 / 95 / EEC
· Safety IEC 61010-1
· Suitable to fulfil VDE 0126-1-1 and UL 1741
Remarks:
Available with primary inserted conductor (CTSR xxx-TP model)
Designed for single or three phases residual current measurement (up to +/- 30A per wire, DC or AC)
Easy insertion of earth leakage wires thanks to the aperture (? 20.1 mm)
Bipolar currents measurements when single supplied 0/+5V
Self test function
Demagnetization function
These transducers can directly be connected to the 5V input of μ-controllers and instrumentation cards
CTSR models have an additional pin at the output for more flexibility in applications. This pin provides access to the internal voltage reference which can then be fed to the reference of an A/D converter (Analog Digital) This extra pin can also receive the internal reference (from 2.3 to 4 V) of the DSP (Digital Signal Processor) or A/D converters commonly used in Power Electronics, allowing cancellation of the reference temperature drift
Low current consumption
High overload capability
Possibilty to easily design up to 3 ARMS nominal version under request
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