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Related Manuals for Danisense DS Series
Summary of Contents for Danisense DS Series
- Page 1 Product User Manual PRECISION - INNOVATION...
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Page 2: Table Of Contents
TABLE OF CONTENTS 1. NOTICE…………………………………………………………………………. 1.1 Safety informations …………………………………………………………… 1.2 Certifications…………………………………………………………………… 2. INTEGRATED BODY TRANSDUCERS (DS, DQ, DM, DL series)……………. 4 2.1 Introduction & overview……………………………………………………….. 2.2 Description……………………………………………………………………... 2.3 Installation & Operation………..……………………………………………... 2.3.1 Mounting instructions…………………………………………………. 2.3.1.1 Positive current flow…………………………………… 2.3.1.2 Fastening torques……………………………………… 2.3.2 Electrical connection instructions……………………………………. -
Page 3: Notice
NOTICE 1.1 Safety information The user must have read and understood this chapter before undertaking any action with the measuring device. For all information considered inadequate, please contact the manufacturer or your lo- cal representative. Do not use the device in any manner not specified by the manufacturer. WARNING ... -
Page 4: Integrated Body Transducers (Ds, Dq, Dm, Dl Series)
200A 300-400A 500-1000A 1200A 2000A DS300ID Standard DS50ID DS200ID DS600ID DS400ID DS200ID- Current Calibration CD100 DS600ID- Winding DS200ID- CD100 CD1000 DS Series DS300UB-1V DS600UB-1V DS300UB- DS200UB-1V DS600UB- DS50UB-1V Voltage Standard DS200UB- DS50UB-10V DS400UB-1V DS1000UB- DS400UB- Standard DM1200ID Current Calibration DM1200ID-... -
Page 5: Description
2.2 Description DT Series DQ Series DS & DL Series Main connector (power supplies, output signal, status etc.) Voltage output or calibration winding terminals Primary conductor feed-through hole Insulating conductor guide Complete metal housing Fixation plate Ratio programation connector (for DQ640ID-B model) Green LED status indicator (lit in normal operation) DM Series DN Series... -
Page 6: Installation & Operation
2.3.1.2 Fastening torques: The devices is suitable for different fixation configurations, using the mounting plates designed for that purpose. Please respect the fastening torques indicated below to avoid damaging the device. DS Series DQ Series Backside panel mounting Base plate mounting 3 tapped holes Φ... -
Page 7: Electrical Connection Instructions
DM & DN Series DL Series Base plate and vertical mounting Base plate mounting 4 holes Φ 6.0 x 11 mm for 4 holes Φ 5.5 x 11 mm for 4 x M5 steel screws / 6N.m 4 x M5 steel screws / 6N.m 2.3.2 Electrical connection instructions This chapter describes the electrical connection of the transducer according to their types of output (current or voltage). -
Page 8: Calibration Winding Version
2.3.2.1.2 Version with calibration winding For some applications, it’s preferable to perform a prior functional / accuracy check of the device at full scale or a fraction of full scale before apllying the power. For that purpose, a primary winding, most commonly of 100 turns or 1000 turns is added. -
Page 9: Power Supplies Interface Units
For –15VDC, I output = Ins + Is = 96 + 600 = 696mA 2.3.3.2 Multi-channels power supplies interface DSSIU series Danisense recommends the 1U rack-mount multi-channels power supplies interface DSSIU series for best performances, many useful features and options. The following table shows the different options:... -
Page 10: Connection Of Calibration Winding With Dssiu-6-1U (-V)
DSSIU-4-1U DSSIU-6-1U DSSIU-6-1U-V Mains voltage DSUB9 connector for transducer connection Banana jacks for transducer’s current output Banana jacks for calibration winding terminals Status connector Mini XLR socket for transducer’s voltage or current outputs 2.3.3.3 Connection of calibration winding with DSSIU-6-1U (or DSSIU-6-1U-V) When a device with calibration winding type - CD[n turns] is connected to the DSSIU-6-1U using the optional DSUB cable, the terminals of the calibration winding are accessible via the yellow banana sockets at the back panel of the DSSIU-6-1U (or DSSIU-6-1U-V). -
Page 11: Voltage Output Modules (Vom)
2.3.3.4 Voltage Output Modules (VOM) A voltage output module (VOM) is a PCBA containing a low drift, precision measurement resistor ) and a signal conditioning circuit which allow conversion of the device’s rated nominal current output to a 1V or 10V voltage signal. Up to 6 VOMs can be factory mounted into the 6-channel power supplies interface unit (DSSIU-6-1U-V). -
Page 12: Noises Immunity Of Voltage Output Versions
2.3.3.6 Noises immunity of voltage output versions Compared to current output devices, voltage output models are generally less immuned to induced noises from external sources. In the following schematics, two configurations are shown. Config. 1: Current transducers with voltage output (e.g. DS600UB-1V) BNC cable DS600UB-1V DSUB cable... -
Page 13: Separate Head Transducer Systems (Dr Series)
SEPARATE HEAD TRANSDUCER SYSTEMS (DR series) 3.1 Introduction and overview The DR series, ultra-stable and high precision current transducers are based on closed loop flux gate principle allowing to achieve ppm level accuracy, excellent linearity and stability versus time. The sensing head is connected to the control electronics by a dedicated shielded cable with several lengths in option. -
Page 14: Installation & Operation
3.3 Installation & Operation 3.3.1 Mounting instructions 3.3.1.1 Positive current flow: each transducer head is marked with an arrow at the side of the housing for the positive current direction, as shown below. Please respect the current flow indication to ensure that the output signal is in phase with the input signal. DR Series <5000A DR Series >=5000A Arrow symbol... -
Page 15: Electrical Connection Instructions
The control unit is rack mountable which can be mechanically fixed by using the mounting holes on the front side as shown below: DR Series <5000A DR Series ≥ 5000A 4 tapped holes Φ 8.0 x 12 4 tapped holes Φ 8.0 x 12 rack mountable, 1U high control unit rack mountable, 2U high control unit 3.3.2 Electrical connection... -
Page 16: Voltage Output
3.3.2.2 Voltage output Voltage output models (10V at rated current) are identified by the letter in their model names (e.g. DR5000UL-10V). DR Series < 5000A DR Series ≥ 5000A For DRxxxUL : 4 pins LEMO connector For DRxxxUX : 3 pins XLR mini connector ERA.2S.304.CLL XLRm /Banana Voltage Cable (2m) with shielding for better immunity is provided in... - Page 17 For the model >5000A find below some specific instructions for the connector. WARNING TRANSDUCER HEAD AND CONTROLLER RACK MUST BE CONNECTED BEFORE POWER ON OR TURNING ON PRIMARY CURRENT. Control Unit Transducer head Connection (plug in) instructions: Disconnection (unplug) instructions: 1.
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Page 18: Electrical Consideration
4 . ELECTRICAL CONSIDERATIONS 4.1 Common mode noises Common mode noises occur when high dV/dt in switching circuits such as inverters, switch mode power supplies etc. generates parasitic currents i circulating through stray capacitance Cs that exists between the parts of an electronic component or circuit simply because of their proximity to each other. The value of ip is determined by the following formula: = Cs x dV/dt Sensing Head... -
Page 19: Ground Loop Currents Consideration
4.2 Ground Loop Currents Consideration Ground loop current is a phenomenon frequently encountered in electrical connection of various meas- urement devices. It’s caused by voltage differences that normally exist between “Grounds” of various devices. The voltage difference could be significant in case of long connection, resulting in the circulation of a ground loop current with potential to damage the electronic components of a DCCT. - Page 20 DANISENSE’s DSSIU power supply offers protection against ground loop currents: DANISENSE multi-channel DCCT power supply interface units, model DSSIU-4-1U (max. 4 DCCT) and DSSIU-6-1U (max. 6 DCCT) are designed with a 1M Ohm resistor and a 1uF/100V capacitor between its chas-...
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Page 21: Other Problematic Example Of Connection Setup
4.2.2 Other problematic example of connection set up The following set up, although not very common, presents a high risk of damaging the DCCT by ground loop current. Oscilloscope Probe Primary Power Supply LOAD 0V (GND) dotted line 2 Oscilloscope +15V -15V DCCT Power Supply... -
Page 22: Saturation Behavior
- a primary current flows in the hole of the un-powered device etc. When saturation occurs, the DS series is designed to hold the output signal high for a period up to 1 sec- ond as shown in the green color waveform below. During that period, if the overload disappears, the DS oper- ates normally. -
Page 23: Influence Of The Return Conductor
4.4 Influence of the return conductor The magnetic field from the return branch of the primary current (cable / busbar) or of any adjacent conductors (e.g. the remaining phases of a 3 phase configuration) exerts a certain influence on the sensing core of a fluxgate current transducer (grey area of the illustration below). -
Page 24: Derating Of External Measuring Resistor R M
7.5Ω 4.6 Frequency derating Danisense fluxgate current transducers offer extreme precision in DC and low frequency. However, they also have excellent frequency bandwidth relative to similar products in the market thanks to fast switching speed of the fluxgate excitation circuit. High frequency AC current produces heat in the magnet- ic core. -
Page 25: Measuring Large Current With Two Transducers
Consideration must be given to the value of the measuring resistor R to avoid saturation. Please consult with Danisense or your nearest local Danisense’s representative for advice. 4.8 Measuring small currents with multiple primary turns Danisense’s ultra-stable and high precision fluxgate current transducers exhibit excellent linearity error (less than a few ppm), one of the best few available in the market. -
Page 26: Advanced Sensor Protection Circuit (Aspc)
(green LED lit) before turning ON the primary circuit. DANISENSE’s fluxgate devices are equipped with an Advance Sensor Protection Circuit to provide protection of the device during transitory period. ASPC working principle and design is described below: •... -
Page 27: Definition Of Parameters
5. DEFINITION OF PARAMETERS Parameter Symbol Unit Definition Nominal primary AC current Arms Rated AC current for continuous operation PN AC Nominal primary DC current Rated DC current for continuous operation PN DC Measuring range Î Max DC current (or peak value) that can be accurately measured Max primary current without damage. -
Page 28: Product Naming Rules
Pxxx: peak xxx amps xV/yA: x volts 10V/B: 10V @ programmable Bulk: bulk packaging CPR: Russian version CP##: Custom reference Family name description: DP Series DC Series DT Series DQ Series DS Series DN Series DW Series DM Series DL Series DR Series...
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