Nominal Current(RMS):50/100/200/300/400/600A
Vout@Ipn:+_4.000V
Measuring Range:0~+_900A
Supply Voltage DC:+_12-15
Accurancy@Ipn,+25degree Celsius:less than +_1.0%
Mounting(mm):10.5*20.5
Nominal Current(RMS):10/25/50/75A Vout@Ipn:2.500+_0.625V Measuring Range:0~+_150A Supply Voltage DC:+5V Accurancy@Ipn,+25degree Celsius:less than +_0.5% Mounting(mm):8.2 in diameter
Nominal Current(RMS):200/400/800/1000/1200/2000A Vout@Ipn:+_4.000V Measuring Range:0~+_3000A Supply Voltage DC:+-12-15V Accurancy@Ipn,+25degree Celsius:less than +_0.5% Mounting(mm):12.5*41.0
Nominal Current(RMS):25/50/75/100A Vout@Ipn:+_25/50V Measuring Range:0~+_150A Supply Voltage DC:+-12-15V Accurancy@Ipn,+25degree Celsius:less than +_0.5% Mounting(mm):7.0*12.7  * Closed- loop                                        * Supply voltage: DC +-12~15V  * Capable measurement of currents: DC, AC,pulse with galvanic isolation between primary circuit and secondary circuit.
Series: ce-ij03 Ce-ij03a(true rms) Input range: 0.5a~300a Output: 5v or 4-20 ma Accuracy: 0.2% or 0.5% Response time: 300 ms Power source: +12v or +15v or +24v Load capability: voltage outputú5ma Current outputú300w Quiescent power consumption: 200 mw L*w*h=83mm*36mm*56mm
3-phase4-wire AC Digital Transducer Product: 3-phase 4-wire ac multi-parameter digital transducer 1. Series: Ce-aj42-1----- 3-phase 4-wire, rs-485 interface, treble isolated (n case style only). Ce-aj42-2----- 3-phase 4-wire, rs-232c interface, treble isolated (n case style only). 2.Specifications: Input (measuring range)------ ac 45-65hz, voltage: 110v, 220v, 380v and 500v(or specially supply to meet user's other special requirement), current: 1a, 5a, 15a, 25a (or specially supply to meet user's other special requirement) Data output------rms of voltage ua, ub and uc; rms of current ia, ib and ic. Real value of frequency f. Other five parameters including active power p, reactive power q, power factor cosf, active energy and reactive energy are shown in the form of a percentage of the maximum value of its measurable range. Output interface------rs-485: two-wire connection, communication distance:1200m, +/- 15kv esd protection. Rs-232c: n case style connects directly through its terminals. Accuracy grade------ frequency: 0.05 hz. Voltage, current, power factor, active power, reactive power, active energy, reactive energy: 0.5%. (accuracy and linearity are ignored when the voltage is below 5%.) Baud rate------ 1200, 2400, 4800, 9600, 19.2k bps Refreshing period------ 250ms Isolation voltage------ 1000 v dc or 2500v dc Power consumption------
Nominal current(rms):50/100/200/300/400/600a Voutipn:+4.000v Measuring range:0~+900a Supply voltage dc:+15v Accurancyipn, +25degree Celsiusless than1.0% Mounting(mm):10.5*20.5 * open- loop supply voltage: dc +15.0v * capable measurement of currents: dc, ac, pulse with galvanic isolation between primary circuit and secondary circuit.
Supplier: Transducers, hall effect current transducer, true rms transducer, self-powered transducer, multi-parameter digital transducer
Nominal Current(RMS):30/300A Vout@Ipn:2.500+_2.000V Measuring Range:+_30/+_300A Supply VoltaIpn,+25
BMS500 fluxgate transducer is made of an excitation magnetic ring and a control circuit. Under normal conditions, the control circuit generates a fixed excitation current frequency to alternately place the magnetic core at the maximum saturation point. When the measured current flows, the primary current is measured by detecting the symmetry of the saturation point. The BMS series is suitable for battery monitoring systems that require high accuracy and low offset. It can realize the isolation measurement between the primary current (high voltage) and the secondary current (12V system). PHEV and EV system may use different technologies of batteries. One very important parameter that mayinfluence the stability of the SOC is the temperature. The battery temperature affects vehicle performance, reliability, safety and lift-cycle cost. The BMS500 series is qualified between -40 to 85 but the transducer shows a better accuracyinarestricted temperature range in order to deliver a very accuracy current measurement.