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R2 Printed in the U.S.A. 9/00

XXXXX-XX

OPERATING INSTRUCTIONS

OAKTON 1000 series

1

4

DIN Conductivity and

Resistivity Controllers

CAL

ENTER

ALARM

REL A

REL A

REL B

REL A

REL B

AUTO

MANU

ESC

Conductivity Controller

1000 Series

MEAS

µ

S

°

C

ATC

16. Warranty

OAKTON warrants this controller to be free from significant deviations in material 
and workmanship for a period of three years from date of purchase. If repair or 
adjustment is necessary and has not been the result of abuse or misuse within 
the warrantied time period, please return—freight prepaid—and correction will 
be made without charge. OAKTON alone will determine if the product problem is
due to deviations or customer misuse.

Out-of-warranty products will be repaired on a charge basis.

17. Return of items

Authorization must be obtained from our Customer Service Department before
returning items for any reason. When applying for authorization, please include
data regarding the reason the items are to be returned. For your protection, items
must be carefully packed to prevent damage in shipment and insured against possi-
ble damage or loss. We will not be responsible for damage resulting from careless or
insufficient packing. A restocking charge will be made on all unauthorized returns.

NOTE: We reserve the right to make improvements in design, construction, and

appearance of products without notice.

List the name and information of your 
OAKTON distributor in the space below.

Summary of Contents for 1000 series

Page 1: ...ine if the product problem is due to deviations or customer misuse Out of warranty products will be repaired on a charge basis 17 Return of items Authorization must be obtained from our Customer Servi...

Page 2: ...on 33 6 3 4 Setting process temperature 33 6 3 5 Setting calibration temperature 34 6 4 SP1 SP2 Set up for Relay 1 and Relay 2 subgroup 35 40 6 4 1 Selecting relay set point values 36 6 4 2 Selecting...

Page 3: ...your solution s true temperature correction for higher accuracy Choice of 0 01 0 1 1 0 or 10 0 cell constants for accurate readings in any solution 0 20 4 20 mA transmitter recorder output for remote...

Page 4: ...l connector 2 2 2 3 Pt100 RELAY1 7 6 L N 5 4 PE 100mA F FUSE250VAC 11 HOLD ALARM RELAY2 1 2 3 17 17 16 15 14 12 13 Pt1000 18 NC 10 9 8 19 20 21 22 cell Flat Gasket 1 mm thick Installed by customer tap...

Page 5: ...lay common 9 High set relay working position 10 Alarm relay resting position IMPORTANT The alarm relay functions as an Active Low device e g it switches OFF under alarm condition Therefore the alarm d...

Page 6: ...and keys Let you 1 Select various parameter groups 2 Set parameters and numerical values in the Set up mode If you continuously hold the button the setting speed increases 3 Control the relays in the...

Page 7: ...e number see page 45 for more information C mS ATC READY MEAS CAL SETUP HOLD ERR m LED Indicators The LED indicators provide a quick way to check controller status They show whether a parameter within...

Page 8: ...cally reverts to Measurement mode if you do not press a button for 15 minutes Viewing operating parameters You can view operating parameters without entering the security code However you must enter t...

Page 9: ...n instructions A B A B Entering Advanced Set up mode 4 4 1 Press the ENTER key The upper display will show 000 and the lower display will show S Cd See figure 2 Press the key to scroll the upper displ...

Page 10: ...the value of your cell constant by using a standard conductivity calibration solution or a precision resistor for resistivity controllers You only need to know one of these values to calibrate your co...

Page 11: ...ibration solution so you will know the the solution s exact value 5 Press the and keys to match the display reading to the exact value of your conductivity solution See figure 6 Press the ENTER key to...

Page 12: ...23 6 Advanced set up mode The OAKTON 1000 series conductivity or resistivity controller features eight sub groups that organize all set up parameters These parameters let you customize your controlle...

Page 13: ...output Select value equivalent to 0 4 mA Select value equivalent to 20 mA CAL Con Res Calibration Calibrate by cell constant or by calibration standard See pages 26 29 for complete temperature compens...

Page 14: ...values use a linear temperature compensation curve for all other solutions Default is linear temperature compensation curve From measurement mode 1 Enter Advanced set up mode Push the ENTER key Press...

Page 15: ...see Appendix 2 on page 64 From measurement mode 1 Enter Advanced set up mode Push the ENTER key Press the key to scroll to security code 22 Push the ENTER key again 2 Press the and keys to scroll unti...

Page 16: ...ETUP HOLD SETUP HOLD 6 3 1 Selecting automatic or manual temperature compensation From measurement mode 1 Enter Advanced set up mode Push the ENTER key Press the key to scroll to security code 22 Push...

Page 17: ...r use a probe without a built in temperature sensor The controller will compensate for temperature at the values you enter For manual temperature compensation you can set two different temperatures pr...

Page 18: ...rn to Measurement mode by pressing the and keys escape simultaneously SP1 SP2 Set up for Relay 1 2 sub group SP1 SP2 Set up for relay SP1 SP2 overview SETUP HOLD mS SETUP HOLD SETUP HOLD mS SETUP HOLD...

Page 19: ...value for Set Point 1 Set Point 2 Your controller will activate at the value you select 5 Press the ENTER key to confirm your selection 6 Proceed to step 3 of section 6 4 2 or press the and keys toge...

Page 20: ...d to step 3 of section 6 4 4 or press the and keys together to return to measurement mode 6 4 4 Setting an on delay time lag NOTE this parameter appears only if on off control type is selected SETUP H...

Page 21: ...ENTER key again 2 Press the and keys to scroll until the upper display shows SP1 SP2 3 Press the ENTER key until the upper display shows off delay time and the lower display shows OF d See bold figur...

Page 22: ...ting break make contact relay type NOTE If the controller type LCt oFF is set this parameter is blanked out This mode lets you determine which relay state will trigger the alarm state de energized bre...

Page 23: ...ants K in ten possible combinations 1 0 000 to 2 000 S K 0 01 2 0 00 to 20 00 S K 0 01 3 0 00 to 20 00 S K 0 10 4 0 0 to 200 0 S K 0 10 5 0 0 to 200 0 S K 1 00 6 0 to 2000 S K 1 00 7 0 to 5000 S K 1 0...

Page 24: ...together to return to measurement mode SETUP HOLD mS SETUP HOLD SETUP HOLD mS SETUP HOLD mS SETUP HOLD SETUP HOLD mS SETUP HOLD SETUP HOLD mS SETUP HOLD mS SETUP HOLD 6 6 2 Choosing output range 4 20...

Page 25: ...ctivity resistivity value and the lower display shows r 20 See bold figures at right 4 Press the and keys to select the conductivity resistivity value equivalent to 20 mA 5 Press the ENTER key to conf...

Page 26: ...to measurement mode SETUP HOLD SETUP HOLD SETUP HOLD SETUP HOLD SETUP HOLD SETUP HOLD SETUP HOLD SETUP HOLD SETUP HOLD SETUP HOLD 6 7 2 Selecting steady or pulse contact for the alarm relay This param...

Page 27: ...surement mode SETUP HOLD SETUP HOLD SETUP HOLD SETUP HOLD SETUP HOLD 6 7 4 Reverting to factory default settings Use this parameter to reset all settings to factory default Changing from no to YES and...

Page 28: ...the controller will automatically return to the Measurement mode If you enter the Calibration mode from the Advanced Set up mode the controller will return to the sub group menu 6 8 For conductivity...

Page 29: ...TUP HOLD CAL HOLD B C S ATC CAL HOLD C C S ATC CAL HOLD D CAL HOLD E A A B C D E 1 Disconnect controller from power 2 Connect the resistor to the terminals used for the resistivity cell pins 21 and 22...

Page 30: ...lay mA 1 2 3 AC L N PE 4 5 6 7 8 9 10 11 12 13 14 15 16 17 Signal Output Hold Input Alarm Relay 2 Relay 1 Power Mains 10 Alarm relay resting position 11 Alarm relay common 12 Alarm relay working posit...

Page 31: ...y to return to Measurement mode The relays are now back under automatic control 10 Technical Specifications Range no Range Resolution Cell Constant K Conductivity controllers 1 0 000 to 2 000 S 0 001...

Page 32: ...xtra Controllers WD 35200 20 Conductivity controller 120 VAC 48 to 62 Hz WD 35200 25 Conductivity controller 220 VAC 48 to 62 Hz WD 35200 40 Resistivity controller 120 VAC 48 to 62 Hz WD 35200 45 Resi...

Page 33: ...mperature coefficient of your solution according to the formula shown above 5 Enter the temperature coefficient you calculated into the meter A From measurement mode Enter Advanced set up mode Push th...

Page 34: ...e lag 50 Setting steady or pulse contact 51 Assembly controller 5 10 ATC on or off selection 31 B Back panel 7 Break make contact relay type selecting 43 C Calibration conductivity Entering calibratio...

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