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DV 1200/SP2

Voltage transducer

LEM | DV-Series | EN 50155

1200 VNominal Primary Voltage
±13.5 .. ±26.4 VPower Supply
12 kHz (−3 dB)Bandwidth (-1dB)
± 0.9 % (−25 … 70 °C) / ± 1.2 % (−25 … 85 °C) / ± 1.2 % (−40 … 85 °C)Total Error @ IPN
± 0.1 %Linearity Error (Max)

Additional Technical Details

View Full Specifications
Primary Nominal RMS Voltage1200 V
Primary Voltage Measuring Range± 1800 V
Secondary Nominal RMS Current50 mA
Operating Temperature Range−40 … 85 °C
RMS Voltage for AC Insulation Test18.5 kV
Measuring Resistance (RM)0 .. 133.3 Ohm

Standards & Approvals

  • EN 50155: 2021
  • EN 50124-1: 2017
  • EN 50121-3-2: 2016

Typical Applications

Single or three phase inverters, Propulsion and braking choppers, Propulsion converters, Auxiliary converters, High power drives, Substations, On-board energy meters

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Product Description

The DV 1200/SP2 is a None current transducer from LEM for the electronic measurement of voltage: DC, AC, pulsed..., with galvanic isolation.

It offers excellent accuracy and low temperature drift. Typical applications include Single or three phase inverters, Propulsion and braking choppers, Propulsion converters and Auxiliary converters.

Key characteristics from the official datasheet: total error ± 0.9 % (−25 … 70 °C) / ± 1.2 % (−25 … 85 °C) / ± 1.2 % (−40 … 85 °C); linearity error ± 0.1 %; frequency bandwidth 12 kHz (−3 dB); operating temperature −40 … 85 °C; nominal secondary output 50 mA.

Technical Specifications

General Information
ManufacturerLEM
Product SeriesDV
Product ReferenceDV 1200/SP2
Nominal Primary Voltage1200 V
Supply Voltage±13.5 .. ±26.4 V
Measurementvoltage: DC, AC, pulsed...
Mounting—
Application DomainRailway (fixed installations and onboard)
Electrical Data — DV 1200/SP2
Primary Nominal RMS Voltage (UPN)1200 V
Primary Voltage, Measuring Range (UPM)± 1800 V
Measuring Resistance (RM)0 .. 133.3 Ohm
Secondary Nominal RMS Current (ISN)50 mA
Secondary Current (IS)± 75 mA
Supply Voltage (UC)±13.5 .. ±26.4 V
Current Consumption (IC)24 mA @ ±UC = ±0 V
Sensitivity (S)41.667 µA/V
Resistance of Primary (RP)23 MOhm
Total Primary Power Loss0.06 W
Insulation Resistance (RINS)200 MOhm
Absolute Maximum Ratings
(U Maximum supply voltage = 0 V, 0.1 s) P (±ÛCmax)±34 V
Absolute Maximum Ratings
Maximum supply voltage (working) (−40 … 85 °C) (±UCmax)±26.4 V
Absolute Maximum Ratings
Maximum primary voltage (−40 … 85 °C) (UPmax)1.8 kV
Absolute Maximum Ratings
Maximum steady state primary voltage (−40 … 85 °C) (UPNmax)1200 V see derating on figure 2
Accuracy & Dynamic Performance
Sensitivity Error± 0.2 %
Temperature Variation of Sensitivity Error± 0.8 % (−25 … 85 °C) / ± 0.8 % (−40 … 85 °C)
Linearity Error (εL)± 0.1 %
Total Error (εtot)± 0.9 % (−25 … 70 °C) / ± 1.2 % (−25 … 85 °C) / ± 1.2 % (−40 … 85 °C)
RMS Noise Current14 µA
Delay Time @ 10 % of UPN Step21 µs
Delay Time @ 90 % of UPN Step48 .. 60 µs
Frequency Bandwidth (BW)12 kHz (−3 dB)
Start-up Time190 .. 250 ms
Insulation Coordination
RMS Voltage for AC Insulation Test (50 Hz, 1 min) Ud18.5 kV
Impulse Withstand Voltage (1.2/50 µs) UNi30 kV
Comparative Tracking Index (CTI)600
Partial Discharge Test Voltage (Ut)5000 V
Pollution Degree4
Rated Altitude2000 m
Mean failure rate (λ)Typ 1/1883371 h-1
RMS voltage for AC insulation test, 50 Hz, 1 min (Ud)18.5 kV
Impulse withstand voltage 1.2/50 µs (UNi)30 kV
Partial discharge extinction RMS voltage @ 10 pC (Ut)5000 V
Clearance (pri. - sec.) (dCI)see mm
Creepage distance (pri. - sec.) (dCp)drawing on page 10 mm
Supply voltage (±UC)Min ±13.5 / Typ ±24 / Max ±26.4 V
U Rise time of (10-90 %) C (trise)Max 100 ms
Electrical offset current (IOE)Min −50 / Typ 0 / Max 50 μA
Sensitivity error (εS)Min −0.2 / Typ 0 / Max 0.2 %
Temperature variation of sensitivity error (εST)Min −0.5 −0.8 −0.8 / Max 0.5 0.8 0.8 %
RMS noise current (Ino)Typ 14 μA
Start-up time (tstart)Typ 190 / Max 250 ms
Resistance of primary (winding) (RP)Typ 23 MΩ
Environmental & Mechanical Characteristics
Ambient Operating Temperature (TA)−40 … 85 °C
Ambient Storage Temperature (TA st)−50 … 90 °C
Mass (m)640 g
Case MaterialV0 according to UL 94
Ingress Protection RatingIP40
Relative humidity (RH)Max 95 %
Standards & Certifications
EN 501552021
EN 50124-12017
EN 50121-3-22016

Note: Specifications are taken from the official DV 1200/SP2 datasheet. Parameters that could not be confirmed from the datasheet are marked UNVERIFIED.

Dimensions & Drawings

Outline dimensions, pin layout and connection diagrams of the DV 1200/SP2 are shown below.

DV 1200/SP2 outline dimensions and pin layout
Outline dimensions (in mm) and connection diagrams — source: LEM DV 1200/SP2 datasheet
Outline Dimensions & Mechanical Data
Mass640 g
Resistance of primary (winding) (RP)Typ 23 MΩ
Case MaterialV0 according to UL 94
Ingress Protection RatingIP40

Note: All dimensions are in millimetres. Refer to the official datasheet for the complete dimension drawing.

Typical Applications

Typical applications of the DV 1200/SP2.

Single or three phase inverters
Propulsion and braking choppers
Propulsion converters
Auxiliary converters
High power drives
Substations
On-board energy meters

Characteristic Curves

The characteristic curves of the DV 1200/SP2 from the official datasheet are shown below.

DV 1200/SP2 characteristic curves
Characteristic curves — source: LEM DV 1200/SP2 datasheet
Accuracy & Dynamic Characteristics
Sensitivity (S)41.667 µA/V
Sensitivity Error± 0.2 %
Temperature Variation of Sensitivity Error± 0.8 % (−25 … 85 °C) / ± 0.8 % (−40 … 85 °C)
Linearity Error (εL)± 0.1 %
Total Error (εtot)± 0.9 % (−25 … 70 °C) / ± 1.2 % (−25 … 85 °C) / ± 1.2 % (−40 … 85 °C)
Frequency Bandwidth (BW)12 kHz (−3 dB)
U Rise time of (10-90 %) C (trise)Max 100 ms
Sensitivity error (εS)Min −0.2 / Typ 0 / Max 0.2 %
Temperature variation of sensitivity error (εST)Min −0.5 −0.8 −0.8 / Max 0.5 0.8 0.8 %

Note: Refer to the datasheet for the complete set of characteristic curves.

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