With the XDi-N you can implement the same design across your bridge and combine propulsion and steering indication with a number of navigation indicators. Use DEIF’s standard libraries or have your own created. Utilise the two standard CAN busses and the XDi-net data sharing and system integration functions to optimise your system with centralised group control functions.

XDi-N main NMEA unit

The XDi-N main indicator is delivered with one NX2 NMEA input/output (I/O) module that in most cases covers all the needs for NMEA I/O.

XDi-N CAN repeater

The XDi-N CAN repeater indicator functions are identical to the main unit and receives data via CANbus (XDi-net). Therefore no NMEA extension module is required.

XDi-N navigation indicator library

DEIF offers a selection of standard navigation or wind indicator libraries. Over time, these will come to include heading, rate of turn, speed, depth, position, date/time, steering and WP info, distance, weather, etc.

NMEA data interface

NMEA data in compliant with IEC 61162-1 is standard for the XDi-N which supports more than 80 different data types, including dimming control.

NMEA setup features:

• Automatic NMEA input scanning and selection
• Input overview with easy access to make changes
• NMEA sentence routing from input to output
• NMEA output configuration

Variants

• XDi-N Main
• XDi-N Repeater

Extension modules

• NX2
• None required

Additional XDi-N accessories

• Wind sensor WSS 500 series or WSS 750
• Wind sensor extension cables
• IP66 connector box kit
• IP67 connector kit (WSS/WSS-L)

The post DEIF XDi-N – Flexible Display Indicator (Navigation) appeared first on Electro-Meters.

The ultimate all-in-one solution display indicator, the XDi saves you panel space and installation time, gives you greater choice, more flexibility and the ability to configure and make repairs on-site.

With the display indicator XDi series, we have replaced mechanical scales and pointers with high quality displays, taking indicator performance to a new level without compromising DEIF customisation standards and maintaining approvals for all relevant applications.

The display indicator XDi features high accuracy analogue readout (no mechanical or parallax’s reading error), high precision digital readings, wide viewing angle and optimised day and night colour pallets, even a custom dusk pallet.

The display indicator XDi series comes in two different sizes with dual- or multi-indicator display libraries. You can order XDi with a DEIF standard indicator library – or you can have your own customised. Already a market-leader with record delivery times, the display indicator XDi series also enables us to ship your orders even faster.

Depending on functionality, all units are MED-certified. Approvals from major classification societies are available depending on application. DEIF has developed the XDi series cooperating closely with DNV GL.

Variants

XDi Dual

• 1 or 2

XDi Multi

• Application-dependent

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Power supply variants available at DEIF:

4.5 A

• Input: 100 to 240 V AC, 50/60 HZ, 90 to 350 V DC
• Output: 12 V DC, 4.5 A, 60

5 A

• Input: 85 to 264 V AC, 50/60 Hz, 90 to 350 V DC
• Output: 24 V DC, 5 A, 120 W

10 A

• Input: 85 to 264 V AC, 50/60 Hz, 90 to 350 V DC
• Output: 24 V DC, 10 A, 240 W

20 A

• Input: 85 to 264 V AC, 50/60 Hz, 90 to 350 V DC
• Output: 24 V DC, 20 A, 480 W

20 A (3ph)

• Input: 380 to 480 V AC, 50/60 Hz, 450 to 600 V DC
• Output: 24 V DC, 20 A, 480 W

40 A (3ph)

• Input: 380 to 480 V AC, 50/60 Hz
• Output: 24 V DC, 40 A, 960 W

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By using the power meter it is possible to measure power in a single-phase or three-phase network, the transducer PCB converts the signal into a DC current which is then fed to the moving coil instrument.

The DEIF power meter, WQ comes with a high degree of transient protection and is available in Q96 mm and Q144 mm sizes

The post DEIF WQ – Power Meter appeared first on Electro-Meters.

In the winding transformer is the housing of the transformers made of impact resistant thermoplastic to ensure a highly reliable quality. The terminals of the winding transformers are protected by a cover.

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TAS transducer ranges are micro-controller-based with one analogue output for measurement of power, voltage, current etc. on an AC network. Because these transducer rangers have no mechanical parts like potentiometers, the calibration stability is excellent.

TAS transducers range can be delivered pre-configured to set measuring values and ranges or un-configured for customer configuration using DEIF’s free PC tool.

Variants

TAS-311DG

• Factory-configured transducer for voltage, current, frequency or phase angle measurement.
• Aux supply: from 57 to 690 V AC.
• Aux supply: 24 to 220 V DC.

TAS-321DG

• Factory-configured transducer for bidirectional current measurement.
• Aux supply: from 57 to 690 V AC.
• Aux supply: 24 to 220 V DC.

TAS-331DG

• Factory-configured transducer for power or reactive power measurement.
• Aux supply: from 57 to 690 V AC.
• Aux supply: 24 to 220 V DC.

The post DEIF TAS-331DG – Selectable Transducer appeared first on Electro-Meters.

TAS transducers are micro-controller-based with one analogue output for measurement of power, voltage, current etc. on an AC network. Because these transducers have no mechanical parts like potentiometers, the calibration stability is excellent.

TAS transducers can be delivered pre-configured to set measuring values and ranges or un-configured for customer configuration using DEIF’s free PC tool.

Variants

TAS-311DG

• Factory-configured transducer for voltage, current, frequency or phase angle measurement.
• Aux supply: from 57 to 690 V AC.
• Aux supply: 24 to 220 V DC.

TAS-321DG

• Factory-configured transducer for bidirectional current measurement.
• Aux supply: from 57 to 690 V AC.
• Aux supply: 24 to 220 V DC.

TAS-331DG

• Factory-configured transducer for power or reactive power measurement.
• Aux supply: from 57 to 690 V AC.
• Aux supply: 24 to 220 V DC.

The post DEIF TAS-321DG – Selectable Transducer appeared first on Electro-Meters.

TAS transducers are micro-controller-based with one analogue output for measurement of voltage, current, frequency and phase angle on an AC network. Because these transducers have no mechanical parts like potentiometers, the calibration stability is excellent.

TAS transducers can be delivered pre-configured to set measuring values and ranges or un-configured for customer configuration using DEIF’s free PC tool.

Variants

TAS-311DG

• Factory-configured transducer for voltage, current, frequency or phase angle measurement.
• Aux supply: from 57 to 690 V AC.
• Aux supply: 24 to 220 V DC.

TAS-321DG

• Factory-configured transducer for bidirectional current measurement.
• Aux supply: from 57 to 690 V AC.
• Aux supply: 24 to 220 V DC.

TAS-331DG

• Factory-configured transducer for power or reactive power measurement.
• Aux supply: from 57 to 690 V AC.
• Aux supply: 24 to 220 V DC.

The post DEIF TAS-311DG – Selectable Transducer appeared first on Electro-Meters.

Designed for use together with PLCs or analogue instruments, the MTR-4 measures, analyses and monitors single-phase or three-phase electrical power networks that require marine approval.

MTR-4 has up to four analogue outputs which can be set individually, and the response time is less than 50 ms. Output characteristics can be programmed with up to five breaking point output signals.

With configurable outputs for more than 50 parameters and a universal power supply (19-300 V DC, 40-276 V AC), it is possible to stock DEIF’s transducers with future installations and reconfiguration for almost any application in view. Simply connect a USB 2.0 interface for fast and easy configuration of up to four analogue outputs.

Variants

MTR-4 015

• Analogue outputs: 0
• RS-485 Modbus

MTR-4 105

• Analogue outputs: 1

MTR-4 215

• Analogue outputs: 2
• RS-485 Modbus

MTR-4 315

• Analogue outputs: 3
• RS-485 Modbus

MTR-4 415

• Analogue outputs: 4
• RS-485 Modbus

The post DEIF MTR-4 – Multi-transducer appeared first on Electro-Meters.

The SIM-Q MKII uses a patented measuring method, where a ±25 V DC voltage is superimposed to the system being monitored. To be able to eliminate the influence from the monitored network capacitances and AC/DC components, the SIM-Q MKII performs an automatic measuring cycle that will compensate for these.

Selectable modes

The ability of the SIM-Q MKII to measure large capacitances results in long measurement cycles due to the charging and discharging of the network leakage capacitance.

To ensure a fast reacting product during fault-finding, the SIM-Q MKII has been equipped with three selectable modes for optimal performance:

• Normal mode (IMD type: AC/DC)
  Long measuring cycles and relatively long response time, but immune to disturbances. Depending on the capacitance and DC levels, the response time can be between 10 and 7,000 seconds (2 hours).
• Fast mode (IMD type: AC)
  Short response time. Used for fault location when several groups have to be switched in/out. The measurement does not compensate for capacitance and DC levels!
• Test mode
  Used for self-test of warning/relay function and adjustment of set point. When the mode is selected, the relay is activated and the meter shows the actual set point value. Use the knob on the rear side of the housing to adjust set point to desired value, and then select monitoring mode for measuring.

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