Related Manuals for Parker DINCon II
Summary of Contents for Parker DINCon II
- Page 1 Parker DINCon II, DINPres II, & DINTemp II Modules Installation, Operating & Maintenance Instructions...
- Page 2 DINCon II™ DINPres II™ and DINTemp II™ are registered trademarks of Parker Hannifin Corporation. Parker Hannifin Corporation has a continuous policy of product development and although the Company reserves the right to change specification, it attempts to keep customers informed of any alterations. This publication is for general information only and customers are requested to contact your local Parker Sales Representative for detailed information and advice on a product’s...
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Page 3: Table Of Contents
Maintenance & Cleaning ......................7 DIN II Module Specifications ....................... 8 Installation ..........................11 Operating Instructions....................... 14 Modbus Register List ........................ 16 DINCon II Registers ........................16 DINPres II Registers ......................... 20 DINTemp II Registers ....................... 25 Revision History: Rev. #... - Page 4 ALWAYS DISCONNECT this equipment from the power source before cleaning or performing maintenance. Contact your local Parker Division for parts, information and service. WARNING DISCONNECT ALL POWER TO THIS UNIT BEFORE INSTALLING, SERVICING, CLEANING OR REMOVING THE FUSE. FAILURE TO DO SO COULD RESULT IN BODILY HARM AND/OR PROPERTY DAMAGE.
- Page 5 équipement. DÉBRANCHEZ TOUJOURS cet équipement de la source de courant avant de nettoyer ou d’exécuter l’entretien. APPELEZ PARKER pour pièces détachées, renseignements et entretien. ATTENTION DÉBRANCHEZ TOUT COURANT DE CETTE UNITÉ AVANT DE FAIRE L’INSTALLATION, D’EFFECTUER L’ENTRETIEN, LE NETTOYAGE OU AVANT DE RETIRER LE FUSIBLE.
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Page 6: Introduction
Introduction You will find the DINCon II, DINPres II and DINTemp II Modules and sensors easy to use. The state-of- the-art hardware and software design of the DIN Module and sensor combination allows you to measure and document the conductivity, pressure or temperature of many filtration / separation processes. -
Page 7: Warranty
If this is exceeded, problems with leakage and functionality can occur. Installation & Start Up Installation of the DINCon II, DINPres II, and DINTemp II Modules must be carried out only by trained personnel in accordance with the relevant regulations and this operation manual. - Page 8 Hardware Specifications – All Modules Dimensions W: 0.875¨ (2.2 cm); Height 4.0¨ (10.2 cm); D: 4.75¨ (12.1 cm) Weight 0.3 lb. (0.14 Kg) Molded Plastic Enclosure 24 VDC, 250 mA. Use only Class 2 External Power Supply Power CR1216, used for internal clock, not user serviceable Electrical Battery I/O Port Top...
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Page 9: Installation
Installation Overview: The DINCon II, DINPres II, and DINTemp II Modules are designed to be installed as part of a control system inside a control cabinet that has a 24 VDC source available and has Modbus communication protocol capability. The DIN II Modules are installed on standard DIN II rail. They are usually mounted with the red locking tab located at the bottom of the unit. - Page 10 Connecting Sensors: All sensors, SciCon II for use with the DINCon II Module, SciPres II for use with the DINPres II Module, and SciTemp II for use with the DINTemp II Module are disposable flow through sensors that are purchased separately from Parker and come pre- calibrated.
- Page 11 When powered up and connected the Sensor Status LEDs on the front of the Module are colored as follows: Green = Connected Red = Disconnected Yellow = Connected but not calibrated. If the LED shows Yellow, it’s time to replace the affected Sensor with a new one. Connecting the wrong type of Sensor to the module also results in a Yellow indication.
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Page 12: Operating Instructions
Operating Instructions: Modbus Overview: The Parker DIN II modules communicate via the Modbus protocol. All data is transferred using the Modbus holding registers. The default connection is RS-485 at 115,200 baud, 8 bits, even parity and one stop bit. Note: If parity setting (register 109) is changed to “none” then two stop bits must be used. - Page 13 Modbus register definitions are listed below for each type – DINCon II, DINPres II, and DINTemp II. For floating point values, the DIN II modules use the standard IEEE-754 format. To read these via a Modbus test application such as Modbus Poll, set the format to little endian byte swapped.
- Page 14 DINTemp II: Temperature Units: Default: ⁰C Register 140 T1 Temperature Limits: Low: Registers 160-161 High: Registers 162-163 T2 Temperature Limits: Low: Registers 164-165 High: Registers 166-167 T3 Temperature Limits: Low: Registers 168-169 High: Registers 170-171 Hardware Calibration: The factory hardware calibration data is available as read only values and is only performed on new modules with a special test fixture at the time of manufacture.
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Page 15: Modbus Register List
Modbus Register List: DINCon II Register List: ADDRESS ACCESS FORMAT VALUE Default 90-99 ASCII String DINCon Serial Number 16 bit Model Number 0 = DINCon 101-102 IEEE Float Software Version 16 bit Reset Control bit 0 = System Reset bit 1 = Reset to Defaults... - Page 16 DINCon II Register List, Continued ADDRESS ACCESS FORMAT VALUE Default TCP Address P3 TCP Address P4 16 bit TCP Mask TCP Mask TCP Mask TCP Mask 16 bit TCP Gateway P1 TCP Gateway P2 TCP Gateway P3 TCP Gateway P4...
- Page 17 DINCon II Register List, Continued ADDRESS ACCESS FORMAT VALUE Default bit2 = Set means low alarm bit3 = Set means high alarm 154-155 IEEE Float Temperature Value 160-161 IEEE Float Conductivity Alarm Limit - Low 162-163 IEEE Float Conductivity Alarm Limit - High...
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Page 18: Dinpres Ii Registers
DINPres II Register List: ADDRESS ACCESS FORMAT VALUE DEFAULT 90-99 ASCII String DINPres Serial Number 16 bit Model Number 1 = DINPres 101-102 IEEE Float Software Version 16 bit Reset Control bit 0 = System Reset bit 1 = Reset to Defaults bit 2 = Alarm Reset 104-105 16 bit... - Page 19 DINPres II Register List, Continued ADDRESS ACCESS FORMAT VALUE DEFAULT 16 bit TCP Mask P1 TCP Mask P2 TCP Mask P3 TCP Mask P4 16 bit TCP Gateway P1 TCP Gateway P2 TCP Gateway P3 TCP Gateway P4 16 bit RTCC Control bit0: Set Clock Values Registers 130-137 must be written as a block...
- Page 20 DINPres II Register List, Continued ADDRESS ACCESS FORMAT VALUE DEFAULT bit 3 = Set means High Alarm 151-152 IEEE Float P1 Pressure Value 16 bit P2 Status bit 0 = Set means Disconnected bit 1 = Set means Uncalibrated bit 2 = Set means Low Alarm bit 3 = Set means High Alarm 154-155 IEEE Float...
- Page 21 DINPres II Register List, Continued ADDRESS ACCESS FORMAT VALUE DEFAULT 16 bit P1 Sensor MaxP, Month 16 bit P1 Sensor MaxP, Year 16 bit P2 Sensor ID Type 0 = Luer 1 = 3/8" Barb 2 = 1/2" Barb 3 = 3/4" TC 4 =1"...
- Page 22 DINPres II Register List, Continued ADDRESS ACCESS FORMAT VALUE DEFAULT IEEE Float P3 Sensor Cal Pressure (CP1) IEEE Float P3 Sensor Cal Factor 2 (CF2) IEEE Float P3 Sensor Cal Pressure 2 (CP2) IEEE Float P3 Sensor Max Pressure 16 bit P3 Sensor MaxP, Day 16 bit P3 Sensor MaxP, Month...
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Page 23: Dintemp Ii Registers
DINTemp II Register List: ADDRESS ACCESS FORMAT VALUE DEFAULT 90-99 ASCII String DINTemp Serial Number 16 bit Model Number 2 = DINTemp 101-102 IEEE Float Software Version 16 bit Reset Control bit 0 = System Reset bit 1 = Reset to Defaults bit 2 = Alarm Reset 104-105 16 bit... - Page 24 DINTemp II Register List, Continued ADDRESS ACCESS FORMAT VALUE DEFAULT 16 bit TCP Mask P1 TCP Mask P2 TCP Mask P3 TCP Mask P4 16 bit TCP Gateway P1 TCP Gateway P2 TCP Gateway P3 TCP Gateway P4 16 bit RTCC Control bit 0 = Set Clock Values Registers 130-137 must be written as a block...
- Page 25 DINTemp II Register List, Continued ADDRESS ACCESS FORMAT VALUE DEFAULT 162-163 IEEE Float T1 Temperature Alarm Limit - High 164-165 IEEE Float T2 Temperature Alarm Limit - Low 166-167 IEEE Float T2 Temperature Alarm Limit - High 168-169 IEEE Float T3 Temperature Alarm Limit - Low 170-171 IEEE Float...
- Page 26 DINTemp II Register List, Continued ADDRESS ACCESS FORMAT VALUE DEFAULT 100 = Cal Fixture 16 bit T3 Sensor ID Material 0 = N/A 1 = Polysulfone 16 bit T3 Sensor ID Month T3 Sensor ID Year 16 bit 16 bit T3 Sensor ID Lot 16 bit T3 Sensor ID Number...
- Page 27 Disposable Conductivity / Temperature Sensors: Connector Type Max Flow Rate Max Pressure Nominal Cell Volume Luer 2 liters/min 60 psi 80 µl 3/8" Barb 8 liters/min 60 psi 0.5 ml 1/2" Barb 17 liters/min 60 psi 0.8 ml 3/4" TC 31 liters/min 60 psi 1.2 ml...
- Page 28 SciPres II Disposable Pressure Sensors: Max. Flow Rate* Max. Connector Compatible Part Number Operating Type (Packs of 5) Tubing Sizes (L / min) (gpm / psi) (m3 / h / bar) Pressure Luer 206-251 ID 0.03¨ to 0.31¨ 0.26 0.23 60 psi 3/8¨...
- Page 29 SciTemp II Disposable Pressure Sensors: CONNECTOR TYPE Max FLOW RATE * Max Pressure Luer 1 liter/min 60 psi 3/8" Barb 8 liters/min 60 psi 1/2" Barb 17 liters/min 60 psi 3/4" TC 31 liters/min 60 psi 1” Ladish TC 60 liters/min 60 psi *At a 1.0 psi drop across the sensor Specifications for all SciTemp™...
- Page 30 Notes...
- Page 31 Notes...
- Page 32 Parker Hannifin Corporation Parker Hannifin Manufacturing Ltd © 2019 Parker Hannifin Corporation. All rights reserved. Bioscience Division - EMEA Bioscience Division – N.A. Durham Road 2340 Eastman Avenue IOMI-AE1-004_RevB Birtley, Co. Durham Oxnard, California, USA 93030 toll free: 877 784 2234...