Category: DEIF

Features

Protection Functions:

• (Sensitive) Earth fault protection stages INST, DT or IDMT (ANSI 50N/51N(S))

• 100% Stator Earth fault protection (ANSI 64F3)

• Auto-reclose (ANSI 79)

• Breaker failure protection (ANSI 50BF)

• Cable-end differential protection (ANSI 87)

• Current transformer supervision (ANSI 60L)

• Current unbalance/broken conductor protection stages INST, DT or IDMT (ANSI 46 /R/L)

• Directional (sensitive) residual over-current protection stages DT or IDMT (ANSI 67N)

• Directional three-phase over-current protection stages DT or IDMT (ANSI 67)

• Frequency protection stages (ANSI 81O/U)

• Fuse failure (ANSI 60)

• Harmonic over-current protection/inrush blocking stages INST, DT or IDMT (ANSI 50H/51H/68)

• Loss of field (ANSI 40)

• Machine thermal overload protection (ANSI 49M)

• Over-excitation protection (ANSI 24)

• Overvoltage protection INST, DT or IDMT (ANSI 59)

• Positive/negative sequence under-/over-voltage protection INST, DT or IDMT (ANSI 27P/47/59P)

• Power factor (ANSI 55)

• Programmable stage (ANSI 99)

• Rate of Change of Frequency ROCOF (ANSI 81R)

• Residual voltage protection INST, DT or IDMT (ANSI 59N)

• Restricted low-impedance earth fault protection (ANSI 87N)

• Reverse-/under-/over-power protection INDT, DT or IDMT (ANSI 32)

• Synchrocheck (ANSI 25)

• Three-phase over-current protection INST, DT or IDMT (ANSI 50/51)

• Under-impedance protection (ANSI 21)

• Under-voltage protection INST, DT or IDMT (ANSI 27)

• Vector jump/surge (ANSI 78)

• Voltage controlled/dependent over-current protection (ANSI 51V)

• Voltage memory

Features

Protection Functions:

• Three-phase over-current protection INST, DT or IDMT (ANSI 50/51)

• Directional (sensitive) residual over-current protection stages DT or IDMT (ANSI 67N)

• Directional three-phase over-current protection stages DT or IDMT (ANSI 67)

• (Sensitive) Earth fault protection stages INST, DT or IDMT (ANSI 50N/51N(S))

• Auto-reclose (ANSI 79)

• Breaker failure protection (ANSI 50BF)

• Cable-end differential protection (ANSI 87)

• Cold-load pick-up block (ANSI 68)

• Current transformer supervision (ANSI 60L)

• Current unbalance/broken conductor protection stages INST, DT or IDMT (ANSI 46 /R/L)

• Fault locator (ANSI 21FL)

• Frequency protection stages (ANSI 81O/U)

• Fuse failure (ANSI 60)

• Harmonic over-current protection/inrush blocking stages INST, DT or IDMT (ANSI 50H/51H/68)

• Intermittent earth fault (ANSI 67NT)

• Overvoltage protection INST, DT or IDMT (ANSI 59)

• Positive/negative sequence under-/over-voltage protection INST, DT or IDMT (ANSI 27P/47/59P)

• Programmable stage (ANSI 99)

• Rate of Change of Frequency ROCOF (ANSI 81R)

• Residual voltage protection INST, DT or IDMT (ANSI 59N)

• Restricted low-impedance earth fault protection (ANSI 87N)

• Reverse-/under-/over-power protection INDT, DT or IDMT (ANSI 32)

• Switch onto fault logic (SOTF)

• Synchrocheck (ANSI 25)

• Thermal overload protection (line) (ANSI 49L)

• Under-voltage protection INST, DT or IDMT (ANSI 27)

• Vector jump/surge (ANSI 78)

• Voltage memory

The MVR-F255 feeder protection relay offers directional feeder protection

for applications which require a large I/O capacity and most comprehensive

protection functionality including advanced communication.

The MVR-F255 feeder protection relay was developed for application which

require a most comprehensive functionality for feeder protection and a large

capcity of I/Os. The device supports IEC 61850 communication.

With 11 available extension slots the device is best equipped for most complex

feeder applications.

– 5x Current input (configurable 0.2…10A)

– 4x Voltage input (1.00…480.00V (RMS)

– 3x Digital input

– 5x Output relay (4NO, 1CO)

– 1x IRF output (1CO)

– 2x Remote com port (1 x RJ45 Ethernet and 1 x RS-485)

– IEC 61850 Ed1 & Ed2. Modbus TCP/RTU, IEC 60870-5-104/103/101. DNP 3.0. SPA protocols

– DT, IEC or ANSI time/overcurrent curves with settable release delays

– 11 extension slots for additional hardware options

– Event recorder (up to 15 000 events)

– Disturbance recorder (up to 100 disturbance records)

Available Extension Cards:

– 8x digital inputs (programmable threshold voltage)

– 5x output relays

– Arc-Flash Protection – 4x sensor channels, 2x HSO1. 1x BI *)

– 8x RTD input

– 2x RJ45 100Mb Ethernet & IRIG-B *)

– 2x ST 100Mb Ethernet & IRIG-B *)

– 4x mA outputs – 1 x mA input

– 2x LC 100MB Ethernet (HSR, PRP redundant protocols)

– 2x RJ45 100MB Ethernet (HSR, PRP redundant protocols) *)

– RS-232 – Serial Fiber

*) Land based applications only. Not marine approved

Marine approvals

– DNV/GL

– Lloyds Registeres LR

– Bureau Vertias BR

– ABS (USA)

– CCS (China)

– CNK (Japan)

– IEC (Israel)

– KR (Korea)

– UKCA (UK)

– RINA (Italy)

The MVR-201 overcurrent and earth fault relay offers reliable protection

at the best cost-performance ratio.

The MVR-F201 overcurrent and earth fault protection relay is a compact

solution for any application that requires non-directional overcurrent and

earth fault protection at the best cost-performance ratio.

– 5-phase current measuring

– 5 x Current input (configurable 0.2…10A)

– 3x Digital input

– 5x Output relay (4NO, 1CO)

– 1x IRF output (1CO)

– 2x Remote com port (1 x RJ45 Ethernet and 1 x RS-485)

– Modbus TCP/RTU, IEC 60870-5-104/103/101. DNP 3.0. SPA protocols

– DT, IEC or ANSI time/overcurrent curves with settable release delays

– Event recorder (up to 15 000 events)

– Disturbance recorder (up to 100 disturbance records)

Marine approvals

– DNV/GL

– Lloyds Registeres LR

– Bureau Vertias BR

– ABS (USA)

– CCS (China)

– CNK (Japan)

– IEC (Israel)

– KR (Korea)

– UKCA (UK)

– RINA (Italy)

Features

Protection Functions:

• Three-phase over-current protection INST, DT or IDMT (ANSI 50/51)

• (Sensitive) Earth fault protection stages INST, DT or IDMT (ANSI 50N/51N(S))

• Breaker failure protection (ANSI 50BF)

• Cold-load pick-up block (ANSI 68)

• Current transformer supervision (ANSI 60L)

• Current unbalance/broken conductor protection stages INST, DT or IDMT (ANSI 46 /R/L)

• Harmonic over-current protection/inrush blocking stages INST, DT or IDMT (ANSI 50H/51H/68)

• Switch onto fault logic (SOTF)

• Thermal overload protection (line) (ANSI 49L)

DEIF’s utility software v.3 (USW-3) is a unique tool for engineers, service personel and end-users to configure and supervise one or several interconnected genset controllers, available for free download from our website.

Utility software (USW-3)

DEIF’s system utility software v.3 (USW-3) is a unique tool for engineers, service personnel and end-users to configure and supervise one or several interconnected genset controllers, available for free download from our website.

The utility software is easy to install, the general purpose software works off the-shelf using Ethernet or USB cable communication  to configure, commission and supervise both single gensets and plants of up to 256 units.

The utility software tool is compatible with a range of DEIF controllers; it adjusts easily to the capabilities of the connected devices and has been designed with versatility in view.

The utility software, M-Logic, allows complex logic customisation with  configuration and evaluation of up to 40 logi expressions, including for instance configuration of user level access, and features innovative pre-installation configuration and emulation of plant design.

Incorporating extensive functionalities including overviews of alarms, coolant temperatures, plant values, and fuel consumption, the utility software, USW-3. is also an intuitive, easy-to-use tool for end-users to operate on a day-today basis.

Advantages of utility software

Utility software is designed specifically to help the in management and tuning of operating system, computer, hardware and application software of a system. The main goal of utility software is to increase the efficiency of the software.

The CIO 116 is a remote input expansion module for complex genset

applications which require a number of digital inputs exceeding the

capacity of your genset controller.The CIO 116 is a remote input

expansion module for complex genset applications which require a

number of digital inputs exceeding the capacity of your genset

controller.

The CIO 116 is a remote input expansion module for complex

applications which require a number of digital inputs exceeding

the capacity of your controller.

The CIO 116 is currently compatible with the following DEIF

controllers:

• AGC-4 Mk II

• AGC-4

• ASC-4

• iE 150

• iE 150 Marine

• AGC 150

• ASC 150

• AGC 200

Features

• 16 digital inputs

• Positive or negative common for 2×8 inputs

• CAN bus interface

• LED indication of status and input state

• 12/24 V DC supply

The CIO 208 is a remote output expansion module for complex applications

which require a number of digital outputs exceeding the capacity of your

controller.

The CIO 208 is currently compatible with the following DEIF controllers:

• AGC-4 Mk II

• AGC-4

• ASC-4

• iE 150

• iE 150 Marine

• AGC 150

• ASC 150

• AGC 200

Features

• 8 relay outputs

• 240 V AC or 30 V DC relay contacts

• 8 A relay rating

• CAN bus interface

• LED indication of status and input state

• 12/24 V DC supply

The CIO 308 is an external I/O module for DEIF’s multi-line series

for those requiring a number of inputs exceeding the capacity of a

range of DEIF controllers.

The CIO 308 has 8 multi-functional inputs selectable as:

• Digital input

• 0(4)-20mA

• 0-10 V

• RMI

• Pt100

• Pt1000

Thermocouple type E, J, K, N, R, S or T.

The CIO 308 is compatible with the following DEIF controllers:

• AGC-4 Mk II

• AGC-4

• ASC-4

• iE 150

• iE 150 Marine

• AGC 150

• ASC 150

• AGC 200

Features

• 8 multi-functional inputs

• Wire break detection

• CAN bus interface

• LED indication of status and input state

• 12/24 V DC supply

Features

AGC 150 Mains – features

Operating modes with single or multiple mains:

AMF, Fixed power, Mains power export Load take over, Peak shaving

Mains (Utility)

power monitoring (kW, kV, A & pf)

decoupling protection

kW export protection

electrical protections

No break transfer of load

Multi start settings

Minimum of starting genset

12 Digital inputs and 12 digital outputs

Communications ports (CAN, USB, RS485. Ethernet).

Event & Alarm log (500 each)

Programmable PLC editor

Features

AGC 150 Mains – features

Operating modes with single or multiple mains:

AMF, Fixed power, Mains power export Load take over, Peak shaving

• Mains (Utility)

• power monitoring (kW, kV, A & pf)

• decoupling protection

• kW export protection

• electrical protections

• No break transfer of load

• Multi start settings

• Minimum of starting genset

• 12 Digital inputs and 12 digital outputs

• Communications ports (CAN, USB, RS485. Ethernet).

• Event & Alarm log (500 each)

• Programmable PLC editor