The new RadSens-2 is the latest fiber optic innovation for assessment of electromagnetic compatibility of EED (Electro-Explosive Device). This new generation of optical sensing solution offers enhanced high-speed and deterministic synchronized measurements through improved dual-channel modules.
The scalable system offers 3 times more measuring points with a maximum of 26 measurement channels per chassis compared to 8 with the previous generation. The embedded web server application enables easy configuration and control and is now free from computer Operating System.
The fiber optic sensing solution of the RadSens-2 system provides reliable assessment of Electromagnetic Environmental Effects on ordnance. The solution combines the enhanced RadSens-2 signal conditioner with newly integrated functionalities and the OTG-R fiber optic temperature sensor specifically designed for instrumentation of bridge wire type electro-explosive devices.
The RadSens-2 offers improved capabilities with 3 times more channel per chassis, enhanced performances, EtherCAT® and Ethernet interfaces, newly designed web server application, analog outputs, and optional Bluetooth functionalities.
The new design ensures a true deterministic synchronization of the multi-channel measurements.
The EtherCAT® interface and protocol is the ultimate choice for true deterministic synchronisation of high-speed and multi-channel measurements. Opsens Solutions is proud to offer this state-of-the-art real-time industrial fieldbus on Ethernet technology in all rackmount versions of the RadSens products.
EtherCAT® is registered trademark and patented technology, licensed by Beckhoff Automation GmbH, Germany.
Modular Solution tailored to your needs
The RadSens-2 is available in multi-module rackmount chassis configuration with up to 13 PSR-2 dual channel measurement modules per chassis (26 channels total) for great modularity.
Designed with the HERO needs in mind, the RadSens-2 provides more than real-time temperature measurements. It can automatically convert these temperature measurements in meaningful parameters for HERO testers such as: current (mA), power (mW), and decibel below No-Fire Threshold (dB).
Web Server Application – HazSens
HazSens: simple and versatile web server application for easy configuration and data acquisition. No more needs for software installation on remote PC.
The RadSens-2 comes with a unique and innovative high performance adaptive filter for noise removal. Without any compromise on response time, the filter remains very efficient even for when dealing with fast signal variations and this, with almost no attenuation of the signal high frequency components.
The RadSens-2 offers a built-in automatic calibration feature. No more need to collect and analyze data manually. The EED induced current sensitivity is automatically calculated using the auto-calibration software. The unique feature can reduce calibration time up to 90%.
Reliable Fiber Optic Sensors
Totally immune to Electro-Magnetic Interferences (EMI), the OTG-R temperature sensor has been specially designed for EED instrumentation. With millisecond response time, its compact size makes it perfectly tailored for bridgewire mounting on any kind of Electro-Explosive Devices.
Opsens Solutions’ proprietary technology behind the OTG-R eliminates stability issues related to optical fiber movements and manipulations. It provides exceptional reliability and repeatability even when used in environment with high mechanical vibrations.
Over the years, Opsens Solutions has instrumented more than a hundred different EED models. A key factor for successful instrumentation is the design of the whole assembly. For instance, specially made adaptors are used to mount the sensor and secure a perfect position on the tiny bridgewire. This setup provides the required robustness and repeatability since the instrumented EED has to go through multiple rounds of test over the years.
Opsens Solutions’ skill and knowledge of fiber optic sensor packaging ensures best available geometry to fit any special bridgewire design.
- Optimized system configuration with scalable design offering dual channel fiber optic measurement modules for up to 26 channels per chassis
- Embedded web server application providing easier system configuration and control (Independent from computer operating system)
- EtherCAT® and Ethernet interfaces
- Improved performances
- Complete solution ready to use; no need for separate hardware and software
- Unique real-time adaptive filtering for noise removal without signal attenuation or delay
- Modular and improved current source for efficient calibration of instrumented EED
- Built-in calibration tool for precise induced current response measurements
- Open interface for easy integration with existing external data acquisition software
- EED assembly expertise for full turn-key EED instrumentation service
- Electro-explosive device testing (RADHAZ and HERO applications)
- Static or dynamic temperature measurements conducted under confined space, hazardous and strong EMI/RFI environments
- High-speed simultaneous temperature measurements of temperature
- Automotive airbag igniters testing
- Hazardous environments
- Fast transient temperature measurements
|Number of Module||
1 to 13 PSR-2 modules | 1 Control interface module RCS-M module
|Number of Channel||
2 to 26 channels per chassis | Up to 1,300 channels in multi-chassis configuration
PSR-2 module: up to 1,000 Hz
EtherCAT® and Ethernet Interface 10/100 Base-T
0-5 V, ±5 V, 0-10 V, 0-20mA, 4-20 mA
19″ Rack, 3U (210mm x 115mm x 42mm)
Full: 9.4 Kg (0.35 Kg per PSR-2 module)
|Input Voltage and frequency||
90 to 260 VAC ; 48 to 62 Hz
Full: 70W (5W per PSR-2 module)
|Web Server Application||
|Local Data Storage||
-30°C to 65°C
|Ambient Operating Temperature||
0°C to 45°C
|Ambient Relative Humidity||
Maximum 95% non-condensing
Opsens Solutions reserves the right to make any changes in the specifications without prior notice.
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