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PR (16) Security Password

User can lock variables. Making PR (15) different from PR (16) will lock 

the variables and make PR (16) unviewable. It is important to remember 

the number entered in PR (16).

PR (17) Cal: PIN

 

To advance past this point when going through the menu this PIN must 

match the password. This will make the Cal variables accessible.

PR (18) CAL: Password

 

User can update variables 10-22 if the Cal pin matches the Cal password. 

Making PR (17) different from PR (18) will lock the calibration variables 

and make PR (18) unviewable. It is important to remember the number 

entered in PR (18).

PR (19) CAL: Voltage offset value

Setting that allows the user to adjust the Voltage offset to obtain greater 

accuracy.

Not implemented yet

PR (20) CAL: Voltage gain value

Setting that allows the user to adjust the Voltage gain to obtain greater 

accuracy.

Not implemented yet

PR (21) Cal: Current offset value (4.000mA)

Setting PR21 allows the user to adjust the current offset to obtain greater 

accuracy. The adjustment value is approximately 366nA (0.000366uA) 

of deviation up or down per single count of change. Example

of changing this from 1000 to 980 results in the analog decreasing. It 

will decrease (20 *0.000366uA) or -0.00732uA. When done after the 

initial warm up of the unit, about 15 minutes, it can dramatically increase 

the accuracy of the unit. 

PR (22) Cal: Current gain value (20.000mA)

Setting Pr22 allows the user to adjust the current gain value to obtain 

greater accuracy. The adjustment value is approximately 366nA 

(0.000366uA) of deviation up or down per single count of change. 

Example: Changing this value from 1000 to 1010 will result in the 

analog output increasing. It will increase (10 * 0.000366uA) or 

0.00366uA. When done after the initial warm up of the unit, about 15 

minutes, it can dramatically increase the accuracy of the unit. 

*Users can program the analog to go up or down as the frequency 

increases by swapping the lower setpoint [PR (01)] with their upper 

setpoint [PR (00)].

 **Reverse numbers are represented by a flashing “rate” icon and cannot 

be programmed until PR (07) is set for quadrature operation.

Free Catalog and Application Assistance

1.800.328.6170

Website: www.electro-sensors.com

990-001700 Revision I

5-8

Summary of Contents for SA420

Page 1: ...o achieve the proper gap distance adjust the jam nuts holding the standard sensor in the mounting bracket or adjust the position of the explosion proof sensor using the slots on its mounting bracket P...

Page 2: ...wing units PR 04 Hz default Percent of maximum output User defined units Programmable minimum frequency cutoff PR 05 This allows you to decide where the unit zeroes out for faster zeroing More modes o...

Page 3: ...the calibration mode Programming The Unit Standard menu To enter the calibration mode push the ENT button once PR0 will be displayed Press the up button to increment to the desired variable Press the...

Page 4: ...o slew from 10 90 analog output PR 07 Signal Type Programming of PR 07 determines the way the signals are handled There are multiple choices for both single and quadrature operation 1X uses the rising...

Page 5: ...is approximately 366nA 0 000366uA of deviation up or down per single count of change Example of changing this from 1000 to 980 results in the analog decreasing It will decrease 20 0 000366uA or 0 007...

Page 6: ...0 0 5 VDC 1 0 10 VDC 2 5 VDC 3 10 VDC No 09 MENU_OPTION_VAR 1 0 1 0 Basic menu 1 Advanced menu Standard No 10 DISPLAY_OPTION_VAR 0 0 2 0 Hz 1 Percent output 2 User units No 11 reserved for future use...

Page 7: ...Disc 2 00 2 51 2 00 2 00 1 25 1 00 1 00 1 120 Figure 9 Standard Sensor 2 38 5 53 1 16 3 38 1 00 1 NPT 1 63 3 75 1 88 Nut Lockwasher 0 56 1 25 4 63 Figure 10 Explosionproof Sensor 1 00 43 0 13 2 75 1...

Page 8: ...hysical Envlronment Parameters Mounting DIN rail mount or Stand alone Operating temperature 0 C to 60 Cz Storage temperature 65 C to 125 C Electrical Connections 11 Position DIN rail terminal block DI...

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