ISAscale® - Precision measurement products

IAS: Analogue Current Sensor for High-Side Shunt-based Current Monitoring

IPC - isolated current measurement module for phase current measurement

Isabellenhütte is presenting the IPC series of current measurement modules for the motor phase current on measurement shunt basis at the PCIM and Sensor+Test trade fairs. The modules were designed to control electric high-performance motion control units of all types. The data acquisition runs
at sampling rates from 10 to 300 kHz. A programmable sampling delay time triggered with an external signal is supported. The modules also supply a fast over current signal (response time < 3 µsec).

IVT-A - precision current sensing and voltage measurement in hybrid and electric vehicles
 
Critical charge and discharge cycles can be accurately measured with the IVT-A sensor module. It is designed for use in bms battery management systems and is completely configurable for customer applications.
Its features deliver outstanding performance.

IMC-A-R0001
Extended calibrated Sensor module for the direct measurement of current, voltage and temperature with a 3.3V or 5V level RS232 interface. The module is designed for direct operation in more advanced measuring systems such as current-measuring devices, data logger and bms battery management systems. Calibration at customer's is unnecessary.

The current measurement takes place via a 100 µΩ shunt. An ISA-ASIC data acquisition system serves as measured value acquisition. With a measuring range of ±300 A at a resolution of 50 mA and a voltage measuring range of ±30 V at a resolution of 1 mV, the system offers the possibility of achieving exact current and voltage measurements at high resolutions.

Data sheet IMC-A-R0001

IMS-B-R0001
Sensor module for the direct measurement of current, voltage and temperature. The module is designed for direct operation in more advanced measuring systems such as current-measuring devices and bms battery management systems.

The current measurement takes place via a 100 µΩ shunt. An ISA-ASIC data acquisition system serves as measured value acquisition. With a measuring range of ±1500 A at a resolution of 50 mA and a voltage measuring range of ±30 V at a resolution of 1 mV, the system offers the possibility of achieving exact current and voltage measurements at high resolutions.

IUR-A-R0001
Mobile 4-channel data acquisition system for the precision current sensing, measurement of direct voltage and temperature (via optional Pt100 sensor). To be connected directly to the USB-2.0-Port of PC or laptop.

IHC-A-RM01
Galvanically insulated precision current sensing and voltage measuring system for a variety of current ranges up to very high currents. The system is designed for operation directly on the busbar. The IHC-A-RM01 can be used as a precise- and simple-to-operate alternative to Hall effect or compensation converters as well as to conventional combinations of DIN-Shunt and measuring device/instrument transformer.
Besides the precision, the advantages (compared with Hall effect and compensation converter) are a low power loss and therefore self-heating (compared with DIN shunt).
As an output signal a 3.3 V or 5 V RS232, RS485 and ethernet.

Preliminary data sheet

ITS-TC
USB temperature measurement system based on thermocouples with integrated graphic display of the measuring results as well as data logger function; high system accuracy in a wide temperature range (-200 to +1,200 °C, dependent on sensor type).

ITS-RTD
USB temperature measurement system based on resistance thermometer with integrated graphic display of the measuring results as well as data logger function; very high system accuracy in the temperature range of -100 to +600 °C (dependent on sensor type).

IMR-B-R020
USB Precision True-Micro Ohm Meter for the exact four-wire measurement of direct current resistances in the range of 1 µOhm to 3 kOhm and temperature measurement via optional Pt100 Sensor.

ICS-A-I 500
Pulsed current source and current sink up to 500 A with extreme accuracy (typical absolute accuracy: 0.1 %) at high currents.