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Operating Manual 

 

 

Relative Turbidity Meter 

ITM-51 / ITM-51R 

 

 

SENSORS FOR FOOD AND LIFESCIENCE. 

ITM-51/ITM-51R 

30022 / 1.2 / 2019-06-06 / AR / EU 

Содержание ITM-51

Страница 1: ...Operating Manual Relative Turbidity Meter ITM 51 ITM 51R SENSORS FOR FOOD AND LIFESCIENCE ITM 51 ITM 51R 30022 1 2 2019 06 06 AR EU...

Страница 2: ...13 6 6 Examples of sensor settings 13 6 6 1 Menu structure User Interface 14 6 6 2 Example for setting turbidity 1 range without an ID code 15 6 6 3 Setting of customer specific turbidity solids curve...

Страница 3: ...on from the operator The power supply and the control circuit inputs and outputs must be professionally wired The current state of the art of electrical connections must be adhered to See also section...

Страница 4: ...vidual setting programming via PC or User Interface Two configurable LEDs on the display unit 5 Options Accessoires User Interface with small or large display retrofittable Programming adapter MPI 200...

Страница 5: ...ical pipe ITM 51 in horizontal pipe Conditions for hygienic installation according 3A and EHEDG The ITM 51 ITM 51R is designed for CIP SIP cleaning The sensor can withstand a maximum of 140 C 120 min...

Страница 6: ...tput 1 X45 on terminal connection 4 and 5 turbidity 1 with measurement range 0 100 TU Relay Output X67 on terminal connection 6 and 7 switching output with 10 TU set point The parameter list accompany...

Страница 7: ...ranteed Global Failure error signal Current loop signal if a malfunction occurs for example if the device fails Signal limit for underrange and overrange Lower or upper limit of the current loop signa...

Страница 8: ...ted Note For further settings please see also the description in the MPI 200 product information To set or change parameters directly in the sensor see section 6 2 Settings using the User Inter face y...

Страница 9: ...se the signal selection is located in the single interface node the ID code for the Signal selection example above is 330034 A list of all ID codes can be printed out via the PC user interface To do s...

Страница 10: ...tup 330151 X45a I Out Overflow Setup 330161 X45a I Out Failure Setup 330131 X45a I Out Simulation Setup 330201 X45a I Out Digital Input Direction Setup 330821 Digital In Simul Inp Setup 330831 Digital...

Страница 11: ...FF Delay Setup 331114 X67 D Out No Media Setup 331194 X67 D Out Out Spec Setup 331204 X67 D Out Underflow Setup 331214 X67 D Out Overflow Setup 331224 X67 D Out Failure Setup 331234 X67 D Out Simulati...

Страница 12: ...right key The system then jumps to the selected parameter and this can now be entered changed in the same way Start here again press and hold the right button e For some system relevant parameters a...

Страница 13: ...Output OFF Output refers to the LED here Signaling Simulation The source value is briefly replaced by the entered parameter value The following situations can be simulated Output OFF Output ON Output...

Страница 14: ...X67 4mA X67 20mA X67 D Out X45a I Out Digital In X45b I Out Turbidity1 Turbidity2 Tu Solids Setup Sensor Display Contrast Menu Menu ID Search QuickSetup Menu Range Tb 2 Language LED2 D Out Set Displ L...

Страница 15: ...a No Yes Menu 100 00 ITM51 Turbidity1 x xx TU Turbidity 1 Range Tb 1 last step for all digits Repeat the ID 014030 x xx TU ID 014030 Range Tb 1 Turbidity 1 x xx TU ID 014030 Range Tb 1 ID 014030 Turbi...

Страница 16: ...be entered to estab lish the relationship between turbidity X and solids Y The Y values together with the associ ated X values form coordinates that act as support points for the linearization curve I...

Страница 17: ...yet installed After removing the plastic cover the large display can be inserted in the head of the sensor The tabs Fig 2 must be inserted in the appropriate openings on the puck Fig 1 Then the displ...

Страница 18: ...the display out of the sensor housing and finally pull off the small display from the puck Now the puck without the display can be properly positioned and installed back in the sensor head and the wir...

Страница 19: ...imensions ITM 51 with vertical head orientation Process Connection SOL TCx TLx Vxx TriClamp size Varivent size Type A Type A B TC1 TL1 50 5 mm V25 66 00 mm 57 00 mm TC2 TL2 64 00 mm V40 84 00 mm 75 00...

Страница 20: ...Operating Manual ITM 51 ITM 51R 20 ITM 51 with horizontal head orientation Process connection SOL TCx TLx Vxx...

Страница 21: ...ital Input X3 X4 Analog Output X45 X5 Analog Output X45 X6 Relay Output 67 X7 Relay Output 67 9 2 Terminal Block of A4x Series X A42 X1 Power Supply X2 Power Supply X3 Not assigned X4 Analog Output X4...

Страница 22: ...ly X2 5 Not assigned Digital Input X3 X3 Electrical Connection A M12 Connector Signal Module Connector Pin A52 A53 X 1 Analog Output X45 X5 2 Analog Output X45 X4 3 Power Supply X1 4 Power Supply X2 1...

Страница 23: ...k Digital Input X3 X4 Analog Output X45 X5 Analog Output X45 X6 Relay Output 67 X7 Relay Output 67 10 2 Terminal Block of I4x Series X I42 X1 Power Supply X2 Power Supply X3 IO Link X4 Analog Output X...

Страница 24: ...1 Analog Output X45 2 Relay Output X67 3 Relay Output X67 4 Analog Output X45 1 Power Supply 3 Power Supply 4 IO Link IO Link Digital Input X3 10 5 M12 Connector of I4x Series M12 Connector Electrical...

Страница 25: ...Operating Manual ITM 51 ITM 51R 25 11 ITM 51 IO Link Device Identity 12 ITM 51 IO Link Process Data...

Страница 26: ...rement category to NTU 3 Setting the upper range limit to 300 kNTU 4 Placing the ceramic reference plate in the bottom piece according to the ITM 51 process connection Fitting types TLx and Sox are pl...

Страница 27: ...s steel 1 4404 316L Sapphire Polycarbonate Temperature ranges Ambient Process CIP SIP 10 60 C 10 130 C Up to 140 C max 120 min Reproducibility of turbidity 1 of upper range limit Resolution measure me...

Страница 28: ...lay output potential free 1x digital input 24 V DC short circuit proof IO Link v1 1 Weight 750 g Negele Messtechnik GmbH Raiffeisenweg 7 87743 Egg an der Guenz Germany Phone 49 83 33 92 04 0 Fax 49 83...

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