ISOBE5600
Transmission system with integrated fiber-optic isolation
The ISOBE5600 isolation system provides an additional isolation for existing measurement systems.
The system comprises a transmitter unit connected by optical fiber to the ISOBE5600r receiver unit. Either the battery-powered ISOBE5600t (high voltage) or the line-fed (mains-fed) ISOBE5600tm (medium voltage) with isolated power supply (10 kV isolation) can be used as transmitter. The rechargeable battery of the ISOBE5600t transmitter unit is easily replaceable, and provides energy for twelve hours of continuous operation. A second rechargeable battery (optional) doubles the operating time to 24 hours.
High precision
The transmitter, positioned in close proximity to the test object, performs the signal A/D conversion, and the digital transmission of measurement data via optical fiber. Compared to analog transmission, digital signal transmission provides a significant increase in measurement accuracy; the ISOBE5600 isolation system eliminates signal drift and transmission line noise. The D/A converter in the receiver unit performs the re-conversion of data into analog signals, thereby enabling further processing with conventional measurement technology.
Large bandwidth
The ISOBE5600 isolation system offers nine measurement ranges from ± 100 mV to ± 50 V. The bandwidth of 20 MHz not only covers applications with DC signals or power line (mains) frequencies, but also applications involving high clock-rate switching power supply and motor controls.
Installation
Up to four transmitters can be connected via optical fiber to a receiver. Equipped with display and multi-functional dial, the receiver has all the necessary controls to enable the direct and remote set up of installed transmitters for measurement, from a safe distance. TheISOBE5600 isolation system is compatible with data acquisition instruments from HBM as well as other manufacturers.
Your benefits
- Stability
- Accuracy
- No exchange of existing data acquisition device is necessary
- Battery (rechargeable) or line-powered (mains-powered) transmitter
- Secure digital data transmission via optical fiber
- Minimizes measurement problems, like ground loops, long signal lines, random signals
- Higher bandwidth than a normal isolation amplifier.
ISOBE5600 Transient Recorder
Measurement system with integrated optical isolation
Measurements for certification and research purposes demand the highest possible accuracy. The ISOBE5600 transient recorder’s integrated fiber-optic isolation perfectly suits it for applications requiring such high levels of precision.
In addition to a transmitter unit, the ISOBE5600 transient recorder comprises the ISOBE5600m receiver unit with integrated memory for data acquisition, as well as Perception measurement and analysis software. The transmitter and receiver are connected by fiber-optic cable. Either the battery-powered ISOBE5600t (high voltage) or the line-powered (mains-powered) ISOBE5600tm (medium voltage) with isolated power supply (10 kV isolation) can be used for transmission.
Maximum measuring accuracy and fast data analysis
The transmitter, positioned in close proximity to the test object, performs the signal A/D conversion, and the digital transmission of measurement data via optical fiber. By means of the integrated memory in the receiver and the USB interface, digital measurement data can be directly forwarded to a PC where it can be evaluated using Perception. An analog reconversion is no longer necessary. This helps to minimize measurement uncertainties, such as signal drift, noise and EMC problems. The ISOBE5600 transient recorder thereby offers maximum isolation and the highest precision.
Large bandwidth
The ISOBE5600 transient recorder provides the user with 9 measurement ranges from ± 100 mV to ± 50 V. A high bandwidth is achieved due to the elimination of the analog output stage. The bandwidth of 25 MHz not only covers applications with DC signals or power line(mains) frequencies, but also applications involving high clock-rate switching power supply and motor controls.
Installation - the entire measurement chain from a single source
All settings and overall parameters are carried out in Perception. A maximum of four transmitters can be connected via fiber-optic cables to the ISOBE5600m receiver unit. Perception only communicates with one receiver and thus offers one to four channels. With all system components - transmitter, receiver and Perception software from a single source - you profit from finely matched measurement technology across the entire measurement chain.
Your benefits
- Higher accuracy
- Good price/performance ratio for systems with 1 to 4 channels
- Secure data transmission via optical fiber
- Battery-powered or line-powered (mains-powered) transmitter
- Minimizes measurement problems, like ground loops, long signal lines, random signals
- Higher bandwidth through elimination of analog output stage
- Integration of isolation and data acquisition in one system
- Measurement equipment from a single source.
Additional advantage: The ISOBE5600 transient recorder can also be used similarly to an ISOBE5600 isolation system, i.e. as a pure transmission system.
Replacement for SIGMA100HV
Are you using a SIGMA100HV unit for high voltage impulse testing (lightning impulse, switching impulse)? The ISOBE5600 transient recorder is the perfect solution for high-voltage applications, and is therefore the ideal replacement for SIGMA100HV.
In addition, the optional HV-IA (high-voltage impulse analysis) Perception software module is tailor-made for HV applications.
Perception: Software for high speed data acquisition
Perception is a modularly structured software package for high speed measurement data acquisition and it accomplishes all tasks in the measurement sequence:
- Control of measuring instrumentation
- Recording and playback of measurements
- Analysis and report generation. Learn more about Perception
ISOBE5600 Brochure
Read the ISOBE5600 online brochure
Related Software
Perception high-speed data acquisition software
White Paper
Isolation improves measurement results. Read the complete white paper