Digital ground fault monitor for grounded and high-resistance grounded AC systems, Ground fault monitor for grounded and high-resistance grounded AC systems. Another common application is using the EDS to locate faults on solar or energy storage installations. T: 610-594-8337 F: 610-594-8559 610-594-8572 Email: pamir@pamir.com, 1997 - 2018 Pamir Electronics Corporation. BENDERs LifeGuard series of GFCIs ensures that your personnel and equipment recieve the latest in protection technology. With just an IMD, you still need to isolate circuits to determine where the earth fault is. What are the benefits for me as a potential customer? Our experts come to you with a presentation tailored to your team. With the standard transformer load and temperature monitoring, this panel also can integrate an onboard branch ground fault location system. 603 N. Gordon Drive, Exton, PA 19341 USA Our wide and varied portfolio of products ensures that your facility has the protection it needs, no matter what the application is. Bender has developed a solution capable of identifying which particular circuit(s) contribute to a ground-fault on an ungrounded system. The advanced measurement method monitors both the DC side as well as the AC motor side of the system, even through high system interference conditions caused by motor control processes. This specific unit includes a section for hospital grade power receptacles and/or ground jacks. All EDS3090 kits ending in "PG" are designed to be standalone and do not re-quire any other devices installed in the system. Heat trace circuits are very valuable in cold environments for many industries and applications. BATTERY ENERGY STORAGE SYSTEMS (BESS) REQUIRE GROUND FAULT PROTECTION. Klein Tools VDV501-851 Scout Pro 3 Tester Kit NEW! Bender engineers have developed a solution capable of identifying which particular circuit(s) contribute to a ground-fault on an ungrounded system. Representatives and Distributors of High-Technology Electronic Components BENDER added ground fault protectiondevices for grounded and resistancegrounded power systems as well.This included a protection device for The 707s underground lighting circuits. This unit has dual voltage to fit the needs of the system. Low-voltage ground detectors are designed for systems up to 300 V. Where applicable, these monitors meet the requirements for ground detectors set forth in NEC 250.21(B) and CEC 10-106(2). The EDS3090 is designed for use with BENDERs installed IRDH575 ground fault detector, while theEDS3090PG is designed to be a stand-alone portable location system and requires no other devices to operate. The EDS can be used in nearly every application imaginable. Above and beyond the basic Code requirements, automatic ground-fault location can be implemented with the addition of EDS technology. The CTs monitor feeders or loads in a zero-sequence fashion (all load conductors pass through the CT window) and are sensitive to the locator pulse, which only flows to the fault. Current transformers; System components; Charge controller; Solutions. It also is the only unit to feature two reference ground buses. A wide variety of adjustable trip levels and outputs are available. The fault location can take place far upstream (by the transformer) or all the way downstream (at the load level). Installed EDS series modules provide an automated process of detecting faults. Each device can monitor up to twelve separate branches in parallel for any detected ground faults. The EDS3090 is a portable ground fault location system for ungrounded AC and DC systems. BENDER ground detectors are specifically designed to detect ground faults on ungrounded systems, giving advanced warning of issues before leakage current may even be present. Bender has developed a solution capable of identifying which particular circuit(s) contribute to a ground-fault on an ungrounded system. Watch the video on the right to learn more about how the EDS system works. RCM series monitors work on single-phase and three-phase AC systems. - This device series is in the discontinuation phase. Our fully automated . Remote alarms and trend data Standard network interface shifts critical information to a centralized maintenance and engineering point. No warranties, promises, and/or representations, expressed or implied, are given as to the nature, standard, accuracy or otherwise of the information provided in this website, nor to the applicability, suitability, or otherwise of the information to your particular circumstances. The IR155 10 series detects ground faults in ungrounded DC electric vehicle chargers (level 3). If you can't find the component(s) you want or need to meet a particular specification, please be sure to contact us. Remote Indicators for LIM2010 Line Isolation Monitor, Digital Remote Indicator for LIM2010 Line Isolation Monitor, Remote Annunciator Station for Line Isolation Monitors, Remote indicating station for BENDER devices. Bender's RCM, RCMA, and RCMS series relaysmonitor leakage current in AC (single and three phase) and DC power and control circuits. We have been making electricity safe for over 75 years. Commonly, the EDS is used to locate ground faults in food processing or manufacturing facility. This webinar will focus on recent challenges in the datacenter market and the growing demand for reliable power. The National Electrical Code Article 250.21(B) and Canadian Electrical Code Rule 10-400 require ground-fault detection and alarm for ungrounded power systems. All of the various types of isolated power panels include a single-phase, low-leakage isolation transformer, with primary and secondary voltages configured at factory and rated to system requirements. Much like the dual voltage panels, the dual system isolated power panels can help fit your needs if you are dealing with multiple systems. For over 70 years, BENDER has been a worldwide leader in providing electrical safety equipment to all types of applications and customers. Easy Location of Ground Faults in Live Ungrounded Power Systems. This technology offers automatic identification of which circuit in an electrical system has a ground fault, thereby eliminating the need to manually hunt for the fault location, while allowing the power system to remain online. Fault location takes place while the system remains online without the need to open branch circuit breakers or disconnect equipment. The same technology can be applied to locating faults on processing equipment on a land or sea-based oil vessel. This article and any opinions it may contain are for informational and educational purposes only. What is the Difference Between Grounded vs. Ungrounded Lines in an Operating Room. All rights reserved. The IR155 03/04 series detects ground faults in ungrounded drive systems in electric vehicles. Digital ground fault monitor for grounded and high-resistance grounded AC/DC systems. Check out our protective relayshere. The EDS3090 kit is designed to be used with a BENDER IRDH575 ground detector that is already installed in the system. Our complete package of ground fault detection and interruption includes the following features: Remote indicators and remote stations for isolated power system monitoring. Automatic ground-fault location technology can be incorporated in a new system or added to an existing system, adding immeasurable value. With the Bender Group headquarters in Grunberg, Germany, Bender has been producing first-class products with excellent service for nearly every industry for over eight decades. Our fully automated ground-fault location systems (EDS Series) are designed to reduce maintenance cost and increase equipment utilization. Ground-fault location module for ungrounded AC/DC systems, Portable ground-fault location systems for ungrounded and grounded systems. tion with an IMD for the localization of insulation faults in ungrounded power supplies. BENDER offers the most advanced Ground Fault Equipment on the market today including: Ground Fault Monitors and Relays for Grounded & High-Resistance Grounded AC & DC Systems Ground Fault Monitors for Ungrounded (Floating) AC & DC Systems Ground Fault Location Equipment for AC & DC Systems Imagine a simple solution capable of automatically identifying which circuit on an ungrounded system has a ground fault. Monitor a multitude of key system values, including voltage, current, phase sequence, ground continuity, and more. Pamir Electronics Corporation Ground-Fault Location, Ungrounded When combined with Bender's ground-fault detectors and current transformers, EDS series modules provide fast, automatic ground-fault location in ungrounded systems. BENDER is a leading provider of protection solutions to industrial facilities of all types of applications, from power distribution monitoring to load protection. Bender is proud to be ISO 9001:2015 certified to guarantee the very best quality. Like all isolated power panels from Bender, transformer load and temperature monitoring can be integrated. However, due to the nature of the ungrounded system where a first ground fault will We are happy to announce our popular product, the MarinaGuard, is now available! Bender's advanced ground-fault detection and insulation monitoring devices (IMD) along with fault-location solutions(EDS series)for AC and DC systems detect ground faults before leakage current may even be present. The faulty channels are indicated on the display of the iso685-D-P and can be replaced by plain text messages.For example, in the event of an insulation fault on a motor, the message "Insulation fault compressor 1" could be displayed. Another common application is using the EDS to locate faults on solar or energy storage installations. Our fully automated and online ground-fault location systems (EDS Series) are designed to reduce downtime and provide efficient troubleshooting, resulting in potential facilities savings of thousands of dollars per year. Automatic location of faults Automatic location negates the need for opening branch circuit breakers or disconnecting equipment. -Deliverable according to availability until 01.01.2025. Neutral grounding resistors(NGR)monitoring with a state-of-the-artNGRM700orNGRM750integrated in a wide range of solutions(HRG series). China () India (English) +66 2 0263351Contact Products Innovative technologies for safe handling of electrical power to achieve high availability Insulation monitoring Insulation fault location Residual current monitoring Neutral Grounding Resistance (NGR) Monitoring Power Quality Measuring and monitoring relays Communication Ground fault location module for ungrounded AC/DC systems. Devices are interconnected via RS-485 to automate the process of locating faults. LifeGuard and MarinaGuardintegrated panels are ground-fault interrupters (GFI) for a wide variety of applications. Bender Inc. and Bender Canada Inc. have locations in Exton, PA and Mississauga, ON. -Deliverable according to availability until 01.01.2025. Bender has made every reasonable effort to ensure the accuracy and reliability of the information provided on this website. Our expert staff can help. Website by, Portable Ground Fault Location for Ungrounded Systems, Ground fault monitors and ground fault relays for grounded and high-resistance grounded AC/DC systems, Ground fault monitors and ground detectors for ungrounded (floating/isolated) AC/DC systems, Ground fault location equipment for all types of AC/DC systems, LifeGuard series ground fault circuit interrupters (GFCIs) for single- and three-phase systems, from 20 A to 400 A, and up to 600 V, Low voltage, digital and analog relays for monitoring over- and undervoltage, over- and underfrequency, phase sequence/phase loss, and more, Digital overcurrent and undercurrent relays, Digital ground continuity / ground integrity monitors, Isolated power systems for healthcare facilities, including the LIM2010 line isolation monitor, Ground fault detection in grounded and high-resistance AC systems, Ground fault detection in grounded and high-resistance AC/DC systems, Systems with variable frequency drives (VFDs), Rated for up to 100 A load current or more, Works with all standard voltages, including 208 V, 480 V, 600 V, and more, Works on systems with variable frequency drives (VFDs), Grounded neutral protection and inverse time curve to help prevent nuisance tripping, Easy-to-install package in NEMA rated enclosure, Customizable options available, including adjustable setpoints, stop/start capability, and more, Modern building management systems and information networks, Integration into Ethernet and Modbus/TCP networks, Locations requiring fast, remote notification of maintenance personnel, Meets requirements for ground detectors in accordance with NEC 250.21(B) and CEC 10-106(2), Ground fault detection for ungrounded AC/DC systems up to 300 V, Two separately adjustable insulation resistance response values, 1 k200 k, Digital display showing readings in real-time, Easy-to-use, onboard menu for managing settings, Latching or non-latching operation, selectable, Two SPDT contact outputs, normally energized or normally de-energized operation, General distribution and control systems requiring fast ground fault location, Systems with power conversion components, including rectifiers and inverters, Systems operating with a low resistance to ground, Ungrounded systems with high leakage capacitances, Isolated (ungrounded), large-scale systems and solar arrays, Multiple ungrounded systems connected via tiebreaker / interlock, Isolated (ungrounded) solar arrays 100 kW or less, Integration into electric vehicle drive systems, Distribution systems requiring fast ground fault location. Bender engineers have developed a solution capable of identifying which circuits contribute to a ground fault on an ungrounded power system. Fault location takes place while the system remains online without the need to open branch circuit breakers or disconnect equipment. The isoPV425 and AGH420 can connect to systems up to 690 VAC / 1000 VDC. All panels also offer transformer load and temperature monitoring as an integratable option. al examples of safety-critical installations with grounded power systems are oil and gas platforms, industrial plant, manufacturing, ships, substation switching and rail networks. The iso685 ISOMETER series includes advanced network-communication capabilities. This is time consuming and expensive. EDS is used in combination with an IMD for the localization of insulation faults in ungrounded power supplies. RCMS modules feature detailed digital displays, optional separate contact outputs, and compatibility with BENDERs remote communication system. utomatic identification of which circuit in an electrical system has a ground fault, thereby eliminating the need to manually hunt for the fault location, while allowing the power system to remain online. Bender Inc. | 5,338 followers on LinkedIn. The EDS series fault location modules apply to a wide range of industrial and commercial applications including oil and gas, mining, ships and ports, and in hospital operating rooms. Bender has made every reasonable effort to ensure the accuracy and reliability of the . Our fully automated ground-fault location systems (EDS Series) are designed to reduce maintenance costs and increase equipment utilization.Benefits- Electrical issues can be detected and located while keeping the installation fully energized.- A noticeable decrease in maintenance costs due to the accuracy of detection and decreased human interaction on the system.- Automatic location negates the need for opening branch circuit breakers or disconnecting equipment.- Indication of fault circuit shown on LCD displays at both the location device and remote indicators. Industrial and manufacturing facilities; Healthcare; Data centers; Mining; Battery Energy Storage Systems (BESS) the best solution for these systems. Bender's core competency is electrical safety. The inclusion of EDS adds value, saves time, and increases system performance through efficient ground fault location. They also include a primary circuit breaker, up to 16 branch circuit breakers (maximum allowed by UL), reference ground buses, and a LIM2010 line isolation monitor. Ethernet and Modbus/TCP communication gateway for BENDER devices, Modbus/TCP communication gateway for compatible BENDER devices, Modbus/RTU communication gateway for compatible BENDER devices. Bender Develops a New Healthcare Touch Screen Remote Alarm Indicator- COMTRAXX CP305 to succeed the MK2430, Bender Inc. celebrates 40 years of innovative electrical safety solutions, Lounge & Learn: North American Datacenter Solutions from Bender, Lounge & Learn Ground-Fault Monitoring for Heat Trace Circuits. EDS series ground fault location equipment Bender remote communication system Connection to Bender remote stations, including the MK2430 and MK800 Isolated Power Panels with Receptacles and Ground Jacks This specific unit includes a section for hospital grade power receptacles and/or ground jacks. Klein Tools VDV500-820 Tone and Probe Wire Tracing Kit, Klein Tools Coax Explorer 2 with Remote Kit #VDV512-101, Klein Tools 69355 Electrical Test Kit - Orange (E10025181), Klein Tools VDV501-853 Scout Pro 3 Tester with Test + Map Remote Kit, NF-8508 Network Cable Tester LAN Optical Wire Meter Power Meter Tester Tracker. The LIM2010 features self-calibration, a wide variety of alarms, including total hazard current (THC, configurable for 2 mA or 5 mA), voltage, overload, and more. An Insulation Monitoring Device (IMD) is the best solution for these systems. The EDS3091kit is designed to be used with a BENDER IRDH575 or LIM2010 already installed in the system. Some parts of this page is temporarily unavailable. In a grounded system, locating faults is done via a multi-channel Ground Fault Relay utilizing current transformers to pick up on leakage current for each individual circuit/load. *Benefit provided by the LIM2010 (Line Isolation Monitor) for healthcare facilities and operating rooms. The EDS can be used in nearly every application imaginable. The EDS is a multichannel detector to which measuring current transformers (CTs) are connected. The techniques are different than locating ground faults in a grounded system. When an insulation fault occurs, it is detected by the IMD, which, begins to inject an identifiable locating current signal into the power system, elocating current signal is detected by the measuring current transformer, The fault location, determined by the EDS, is transmitted to the IMD module, information isdisplayed locally on the IMD device, which can communicate the data via Modbus, e-mail, SMS or other communication method.
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