Introduction
AC grid transducer converts an ac voltage or current input into a load independent output signal. With excellent temperature characteristic and good working stability.
The unit conforms to IEC 60688. In a addition it meets the insulation requirements of IEC 60255-5, clauses 5, 6 and 8 as well as the high frequency disturbance test of IEC 60255-22 for Class III test voltage.
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Function & Feature 1. Have microcontroller technology as the core, using the latest algorithms, to achieve precise measurement. 2. Current transducer converts an ac current input into a load independent output signal. 3. Excellent temperature characteristic and good working stability. 4. The output signal is based on the a root mean square(rms) measurement of the input signal and hence the transducer can be used with distorted waveforms. 5. The unit conforms to IEC 60688. In an addition it meets the insulation requirements of IEC 60255-5, clauses 5, 6 and 8 as well as the high frequency disturbance test of IEC 60255-22 for Class III test voltage. Specifications Inputs: System current 1A, 5A, 10A, 30A Absorbed power 0.3VA Frequency range 50Hz, 60Hz Output: Standard nominal outputs 4~20mA, 0-5V, (others on request) 0-20mA, 5-10V 0-10V Ripple
Function & Feature 1. Have microcontroller technology as the core, using the latest algorithms, to achieve precise measurement. 2. Voltage transducer converts an ac voltage input into a load independent output signal. 3. Excellent temperature characteristic and good working stability. 4. The output signal is based on the a root mean square(rms) measurement of the input signal and hence the transducer can be used with distorted waveforms. 5. The unit conforms to IEC 60688. In a addition it meets the insulation requirements of IEC 60255-5, clauses 5, 6 and 8 as well as the high frequency disturbance test of IEC 60255-22 for Class III test voltage.
Function & Feature 1. Have microcontroller technology as the core, using the latest algorithms, to achieve precise measurement. 2. Voltage transducer converts an ac voltage input into a load independent output signal. 3. Excellent temperature characteristic and good working stability. 4. The output signal is based on the a root mean square(rms) measurement of the input signal and hence the transducer can be used with distorted waveforms. 5. The unit conforms to IEC 60688. In a addition it meets the insulation requirements of IEC 60255-5, clauses 5, 6 and 8 as well as the high frequency disturbance test of IEC 60255-22 for Class III test voltage. Specifications Inputs: System voltages 100V,220V, 380V, 450V Absorbed power 0.5VA Frequency range 50Hz, 60Hz Output: Standard nominal outputs 4~20mA, 0-5V, (others on request) 0-20mA, 5-10V 0-10V Ripple
Introduction DC grid transducer isolate the DC input signal from the DC output signal, which is directly proportional to the input signal. These isolators can be used to prevent earth loops, which occur when a measuring source. It have an advantage over loop powered units, in that if for any reason the output lead should become disconnected, the input will not be saturated. With excellent temperature characteristic and good working stability. Main features ·Input: DC grid customized input ·Output: 0-5V,0-10V,4-20mA, 0-20mA optional (One channel) ·0.2/0.5 measurement accuracy ·100ms response time(T type 1s/500ms) ·Minimum thickness of size (T type) ·35mm Din rail mounting ·Rs485 port optional
Introduction AC power transducer converts ac current and voltage signals into a load independent dc signal proportional to active power (watt) and reactive power (var). Two output signals combination in one transducer. The current and voltage signals are passed into the circuit via precision instrument transformers to provide galvanic isolation between the input circuits and the transducer circuitry. Each pair of current and voltage signals is mathematically multiplied together to produce a product signal proportional to true power and independent of wave shape and phase angle. Main features ·Input AC grid active power(W): 5A(100V) / 1A(100V) / 5A(400V) / 1A(400V) ·Output: 0-5V,0-10V,4-20mA, 0-20mA optional ·Power supply: 85~265VAC/380VAC ·Three phase independent measurement ·RMS measurement and output ·0.5 measurement accuracy ·35mm Din rail mounting ·RS485 port optional ·Support customized parameters
Introduction AC programmable transducer measures a wide range of electrical parameters and generates analog or digital output signals suitable for interfacing with instrumentation and control systems. Total four channel output, with panel key or PC control programmable, user can free to set 4 different data from max 26 electrical parameter for sampling and analog signal output. Have three channel digital inputs and optional RS485-Modbus communication functionality. Can monitor the galvanically isolated DI signal and programmed the transducer with customized SCADA software. Any of the measured parameters can be read out via the optional RS485-Modbus connection. Features ·Input three phase AC grid parameter: 5A(100V) / 1A(100V) / 5A(400V) / 1A(400V) ·Output: 4-20mA/0-20mA; 0-5V/0-10V optional ·85~265VAC/380VAC wide voltage AUX for most country and application ·With 4 channel output (support max 22 types parameter for analog output) ·Front panel with 4 keypad for analog parameter configuration, do not need back ground software. ·With RS 485 port for remote electrical data ·500ms response time ·0.5 measurement accuracy ·35mm Din rail mounting ·Advanced electrical parameter ready optional ·SOE function optional
Introduction BJ-QP series electrical transducer measures a wide range of electrical parameters and generates analog or digital output signals suitable for interfacing with instrumentation and control systems. Have microcontroller technology as the core, using the latest algorithms, to achieve precise measurement. The output signal is based on the a root mean square(rms) measurement of the input signal and hence the transducer can be used with distorted waveforms. Snap on to DIN rail 35 x 7.5 mm complies with DIN-EN 50022 BS 5584 Main features ·Have microcontroller technology as the core, using the latest algorithms, to achieve precise measurement. ·Converts AC/DC electrical parameter input into a load independent output signal. ·Excellent temperature characteristic and good working stability. ·The output signal is based on the a root mean square(rms) measurement of the input signal and hence the transducer can be used with distorted waveforms. ·The unit conforms to IEC 60688. In an addition it meets the insulation requirements of IEC 60255-5, clauses 5, 6 and 8 as well as the high frequency disturbance test of IEC 60255-22 for Class III test voltage.
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