Our range of products include bender rcms 460d residual current monitoring technology.
Bender RCMS 460D Residual Current Monitoring Technology
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10 mA to 10 A
We are supported by the team of knowledgeable and diligent professionals, betrothed in providing a comprehensive array of Bender RCMS 460D Residual Current Monitoring Technology which is widely used at various industrial and other related sectors. To fabricate these products, our vendor’s skilled professionals utilize supreme grade material and other components in conformation with industry laid quality guidelines and norms. Our offered monitoring solutions are highly applauded by our patrons.
Optional AC, pulsed DC or AC/DC sensitive measurement by selecting the respective measuring current transformer for each channel
True r.m.s. value measurement
12 measuring channels per device for residual current measurement or digital input
Up to 90 RCMS… monitors, up to1080 measuring channels in the system
Fast parallel scanning for all channels
Response ranges: 10 mA…10 A (0…2000 Hz), 6 mA…20 A (42…2000 Hz), 100 mA…125 A (42…2000 Hz) RCMS…-D4 Preset function
Adjustable time delays
The frequency response characteristics can be set for the protection of persons, fire and plant protection
History memory with date and time stamp for 300 data records
Data logger for 300 data records/channel
Analysis of the harmonics, DC, THD
Two alarm relays with one changeover contact each
Device version RCMS490 with one alarm contact per channel
N/O or N/C operation and fault memory selectable
Connection external test/reset button
Backlit graphical display (7-segment display) and alarm LEDs
Data exchange via BMS bus
Password protection for device setting
Continuous CT connection monitoring
Measuring and evaluating residual, fault and rated currents of loads and installations in the frequency range of 0…2000 Hz (W…AB series measuring current transformers), 42…2000 Hz (W, WR, WS WF series measuring current transformers).
Monitoring of currents regarded as fire hazards in flammable atmospheres
EMC monitoring of TN-S systems for “stray currents” and additional N-PE connections.
Monitoring of N conductors for overload caused by harmonics
Monitoring of PE and equipotential bonding conductors to ensure they are free of current
Residual current monitoring of stationary electrical equipment and systems to determine test intervals which meet practical requirements in compliance with the accident prevention regulations BGV A3 (Germany).
Personnel and fire protection due to rapid disconnection
Monitoring of digital inputs
Up-to-date information:A crucial element of success Day-to-day international business activities, continuous com-petitive pressure, the impact of soaring costs and operational availability around the clock – requires maximum possible electrical safety for power supplies in industrial, residential and functional buildings. Continuous monitoring of safety-relevant circuits for fault, residual und operating currents as well as for stray currents. Information about critical operating conditions are obtained at an early state and in this way avoid potential
hazards to personnel
damage due to fi re and material damage
Preventive electrical safety for man and machine
High availability of the power supply systems
Reduction in electromagnetic interferences
Maintenance optimisation with regard to costs and time
Considerable reduction of operational and investment risks
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