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GE

Sensing

Druck UPS-III-IS

Intrinsically Safe Loop Calibrator

User manual - K0341 

II 2 G Ex i

b IIC T4

Druck

UPS-III-IS

Loop

Calibrat

or

mA

mA ( 24V )

COM

V

Summary of Contents for Druck UPS-III-IS

Page 1: ...GE Sensing Druck UPS III IS Intrinsically Safe Loop Calibrator User manual K0341 II 2 G Ex ib IIC T4 Druck UPS III IS Loop Calibrator mA mA 24V COM V ...

Page 2: ...nt European safety directives The equipment carries the CE mark This symbol on the instrument indicates that the user should refer to the user manual Do not dispose of this product as household waste Use an approved organisation that collects and or recycles waste electrical and electronic equipment For more information Contact us at www gesensing com ...

Page 3: ...i K0341 Issue No 2 The IECEx certificate for this equipment can be reviewed at the following web site www iecex com ...

Page 4: ...K0341 Issue No 2 ii A full copy of the ATEX certificate for this equipment can be supplied contact us at the following web site www gesensing com ...

Page 5: ...iii K0341 Issue No 2 ...

Page 6: ...K0341 Issue No 2 iv ...

Page 7: ...Baseefa06ATEX0224X IECEx BAS 06 0053X Ex ib IIC T4 10 C Ta 40 C Druck LE6 0FH UK manufacturer Requirements and Conditions Refer to the supply and input output parameter table Batteries WARNING Only replace batteries in a safe area Only use the battery type listed below Requirements Installing should be carried out by qualified plant installation technicians in compliance with the latest issue of E...

Page 8: ...ding Audio visual maximum 24V typically 21V Hart communications menu selectable 220Ω loop resistor Operating Temperature 10 C to 40 C 14 F to 104 F Storage Temperature 20 C to 70 C 4 F to 158 F This loop calibrator meets the essential protection requirements of the relevant EEC directives Electrical Power Supply Only use 4 x LR6 size AA Duracell PROCELL Duracell PLUS ENERGIZER ULTIMATE or GP SUPER...

Page 9: ... MUST be isolated from all other sources of power Voltage measurement between V and COM Continuity measurement between V and COM Special condition for safe use remote sensor MUST be isolated from all other sources of power Current generation between mA and COM with external 24V This mode of operation inserts the apparatus in the current loop by breaking into the circuit and connecting mA positive ...

Page 10: ...pF 1 6V max Param Ui 30V 0 50V 0 30V 0 Ii 100mA 0 100mA 0 100mA 0 Pi 1W 0 1W 0 1W 0 U0 6 51V 25 2V 6 51V 6 51V 6 51V 25 2V I0 14mA 158mA 12mA 8mA 14mA 158mA P0 22mW 0 995W 20mW 20mW 22mW 0 995W Ci 220pF 220pF 110pF 110pF 220pF 220pF Li 0 0 0 0 0 0 C0 33nF 53nF 10nF 11µF 33nF 53nF L0 1 5mH 500µH 1 5mH 100mH 1 5mH 500µH 1 2 3 4 4 5 6 7 ...

Page 11: ... Pressing the keys makes menu selections sets numerical values and controls step and ramp functions up down The select advanced functions shown on the bottom of the display When no key is pressed for 10 minutes the loop calibrator times out and switches off To disable this automatic time out select autpower down in the set up menu MODE F2 F1 SPAN CHECK MODE F2 F1 ...

Page 12: ...t up and advanced settings When measuring current pressing enables linear or flow pressing enables mA or value of 4 to 20 mA or 0 to 20 mA When measuring voltage pressing changes the resolution between 0 00V and 0 000V To measure continuity the displays shows an open or closed switch symbol with an audible signal on switch closure F1 F1 Serial number VERSION CAL DATE HART BATTERY Information F2 F2...

Page 13: ...with 24 V Press mode key and select Measure mA and 24V The calibrator supplies 24 V maximum for the loop maximum 24 mA Special condition for safe use see page 3 Measure Volts Press mode key and select Measure Volts measure range 50 V maximum impedance 1 Mohm 1 Hazardous area Safety barrier Safe area Advanced 100 0 20 000 mA mA mA 24V COM V 2 Hazardous area Safety barrier Safe area Advanced 100 0 2...

Page 14: ...advanced settings Special condition for safe use see page 3 Source mA Press mode key and select Source mA Source mA with 24V Press mode key and select Source mA and 24V The calibrator supplies loop power of 24 V maximum typically 21V and 24 mA Special condition for safe use see page 3 5 20 000 mA Step off 100 0 mA mA 24V COM V Rmax 650 Ohms 6 Hazardous area Safety barrier Safe area Advanced 100 0 ...

Page 15: ...ced Note Ramp function not available for valve selection Use to quit The display returns to the selected source mode with the advanced setting available Step 25 steps for linear and flow fixed values for valve Auto step The same as step with a timed step interval Span Check Step between 4 or 0 mA and 20 mA Ramp Automatic ramp between 4 or 0 mA and 20 mA MODE F1 Lin Flow Valve Step Auto step Span C...

Page 16: ...output up or down step the span check maximum or minimum start the ramp Press then to start continuous auto step or continuous ramp cycle Hart Application This application allows mA measure and source modes to be used through the Hart communicator Advanced 100 0 mA mA 24V COM V 24 000 mA Hart communicator W 220W menu selectable loop resistor ...

Page 17: ... authorised ATEX repair centre for any repairs it cannot be repaired on site To keep the loop calibrator accurate a calibration check should be carried out once per year Cleaning Clean the loop calibrator leather case with a moist lint free cloth and weak detergent ...

Page 18: ...ARNING ONLY REPLACE BATTERIES IN A SAFE AREA Only use the battery type listed on page two Unscrew and remove the securing screw from the battery panel Replace the batteries check the polarity of the batteries Refit and secure the battery panel ...

Page 19: ...e calibration check and calibration adjustment should be carried out in a controlled environment by a calibration technician The manufacturer offers a comprehensive and if required UKAS accredited calibration service A calibration technician must have the necessary technical knowledge documentation special test equipment and tools to carry out the calibration work on this equipment Calibration Equ...

Page 20: ... 3 for all the values in the table 3 5 Compare the recorded values and the applied values if the difference is greater than the permitted error the instrument requires a calibration adjustment 6 Repeat this procedure for V measure table 4 and mA source table 5 Calibration Adjustment 1 Connect the UPS III IS to the electrical calibrator Switch on the electrical calibrator and allow it to thermally ...

Page 21: ... to select Calibration Enter the access code 9410 factory setting and allow the instrument to thermally stabilise 3 Select the parameter required for calibration Use the display menu to select the calibration values After a successful calibration enter the new calibration date ...

Page 22: ...ck output mA out control 20 000 Again Enter F2 Calibration Cal date V Input V Input mA Input mA Output A Enter F2 Calibration Cal date V Input mA Input mA Output Correct PIN entered mA Advanced 100 0 00 000 mA mA mA 24V COM V 1 mA 0 002mA mA Advanced 100 0 01 000 mA mA mA 24V COM V 20 mA 1 mA mA Advanced 100 0 20 020 mA mA mA 24V COM V mA Advanced 100 0 20 000 mA mA mA 24V COM V ...

Page 23: ... 0 001 mA input cal high mA input 20mA 00 000 20 020 Enter F2 mA input control Check reading 1 000 Again Enter F2 B A Calibration Cal date V Input V Input mA Input mA Output mA open Advanced 100 0 Leave mA input open mA mA 24V COM V mA source Advanced 100 0 20 020 mA mA mA 24V COM V mA source 1 mA 0 002mA Advanced 100 0 01 000 mA mA mA 24V COM V ...

Page 24: ...t 0 001 F1 Enter F2 F1 F2 F2 Enter Calibration Cal date Cal date V Input mA Input mA Output Quit Cal date 01 MAR 2006 Enter Day 01 Enter Calibration Cal date Cal date V Input mA Input mA Output Enter Month 03 Cal date 01 MAR 2006 F2 F2 F2 F2 Enter Year 2006 Cal date 01 MAR 2006 F1 F2 Calibration date Enter Again Check date 01 MAR 2006 V source Advanced 100 0 49 000 V Advanced 100 0 Short V input m...

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