Related Manuals for Eaton D64RP410
Summary of Contents for Eaton D64RP410
- Page 1 Guide GROWND FAULT RELAY D64RP410 Single-channel AC and pulsed DC sensitive residual current monitor for AC systems...
- Page 2 ANY CONTRACT BETWEEN THE PARTIES. In no event will Eaton be responsible to the purchaser or user in contract, in tort (including negligence), strict liability or other-wise for any special, indirect, incidental or consequential damage or loss whatsoever, including but not limited to...
- Page 3 4.1 D64RP410 control panel ........
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Page 4: Table Of Contents
7 .3 Ordering information ..........11 GROWND FAULT RELAY D64RP410 IL54032 September 2023 www.eaton.com... - Page 5 1.2.1 Signs and symbols 1.6 Intended use The D64RP410 devices in conjunction with the specified measuring current transformers (CT) are intended for AC and pulsed DC sensitive residual current measurement according to IEC 62020-1.
- Page 6 2.2.4 Alarm assignments to the alarm relay factory-set to enabled. The messages “Device error” , “Residual operating current IΔn” , “Prewarning” , “CT connection fault” and/or “Test” can be assigned to the alarm relay via the device interface. GROWND FAULT RELAY D64RP410 IL54032 September 2023 www.eaton.com...
- Page 7 The maximum permissible conductor cross section is 1.5 mm². CAUTION Short circuit. When finely stranded cables are inserted directly into the push-in terminals, spliced wires can cause a short circuit. Use ferrules. GROWND FAULT RELAY D64RP410 IL54032 September 2023 www.eaton.com...
- Page 8 1 General instructions The terminals only allow the use of ferrules from 0.25 D64RP410 can be operated with a voltage of DC +24 V. mm² to 1.5 mm². The maximum cross section of 1.5 mm² The connection is made at the bottom side of the device.
- Page 9 Modbus RTU. If IΔn is exceeded, the main alarm AL2 is triggered. The prewarning is a percentage value of IΔn . The value can only be set via the Modbus RTU interface. GROWND FAULT RELAY D64RP410 IL54032 September 2023 www.eaton.com...
- Page 10 The “Test” function simulates a residual current of 1.5 for a period of 5 seconds. During this period, the Δn device has the following states: Display of the alarm value via the LEDs and the • interface. Current address: 153 GROWND FAULT RELAY D64RP410 IMXXXXXXXXE January 2021 www.eaton.com...
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Page 11: Modbus Settings
Modbus RTU parameters (32000…32099) number UTF8 B74602000 B74603000 32000 Device Uint16 2 1…247 Last 2 address digits Serial String 10 digits e.g.: of the number UTF8 2002123456 serial Manufacturer String number UTF8 +100 GROWND FAULT RELAY D64RP410 IL54032 September 2023 www.eaton.com... - Page 12 Uint16 2 device error which the device lights up. 58004 Uint16 2 If the device 58005 Uint16 2 receives the value “0”, the 58006 Uint16 2 function is stopped. 58007 Uint16 2 GROWND FAULT RELAY D64RP410 IL54032 September 2023 www.eaton.com...
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Page 13: Error - Cause - Error Correction
Type of reset Uint16 2 be removed crimp impressions pliers for mounting → Reset of the from terminal get stuck in the and connection with alarm message terminal flexible cables. when fault memory is enabled GROWND FAULT RELAY D64RP410 IL54032 September 2023 www.eaton.com... -
Page 14: Technical Data
Δn with ferrule without plastic sleeve ..0.75…1.5 mm² ............10 mA…30 A (10 mA)* Prewarning (AL1) .......50…100 % x I (50 %)* Δn Operating uncertainty ....±10 % (at 0.5…5 x I Δn GROWND FAULT RELAY D64RP410 IL54032 September 2023 www.eaton.com... -
Page 15: Standards & Certifications
Stationary use (IEC 60721-3-3)........3K22 Transport (IEC 60721-3-2)..........2K11 7.1 Standards & certifications Long-term storage (IEC 60721-3-1) ......1K22 Devices of the D64RP410 series have been developed Classification of mechanical conditions acc. to IEC 60721 according to the following standards: DIN EN IEC 62020-1 Stationary use (IEC 60721-3-3) ........3M11...
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