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Ismatec MasterFlex Reglo ICC Operating Manual

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Operating Manual

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  • Page 1 Reglo ICC Operating Manual...
  • Page 2 Reglo ICC Operating Manual Download Pump Control Software: www.masterfl ex.com REGLO ICC - ENGLISH , REV. D, 14-036-E 2 of 36...

  • Page 3: Table Of Contents

    Table of Contents 1. Safety Precautions ..............5 13. Tubing Size and Flow Rate Chart ........16 2. Warranty ................5 14. Reglo ICC Serial Command Protocol .......17 3. Product ..................6 14.1 Overview ..................17 4. Rear Panel ................6 14.2 Physical Layer ................17 5. Main Voltage .................6 14.3 Message Format ..............17 6.
  • Page 4 We recommend that you read this operating manual 18.5.6 Cancel calibration in progress carefully. When operating a pump, certain hazards cannot be excluded. MASTERFLEX is not liable for any damage resulting from the use of an ISMATEC ® pump. MASTERFLEX is not responsible for the unsafe handling of chemicals.

  • Page 5: Safety Precautions

    If production or material faults can be proven, the defective parts will be repaired or replaced free of charge at our discretion. A defective pump must be returned in the original ISMATEC packaging or in packaging of equal quality. The duration of the warranty is not affected by making a claim for warranty service.

  • Page 6: Product

    1 power cord with country specific plug  Operating Manual Please check the package and its contents for transport damage. If you fi nd any signs of damage, please contact your local ISMATEC ® representative immediately. 4. Rear Panel 24 V DC power Inlet plug...

  • Page 7: Pump Operation

    6. Pump Operation 6.1 Key Pad and Screen Run/Stop Button Starts and stops the pump Interrupts and resumes a dispensing cycle Reset Button Escape out of editing a parameter without changing Resets dispensing cycle when pump is paused Directional Arrows Used to navigate screen and highlight selections Up, down, left, right OK/Enter Button...

  • Page 8: Changing Parameters

    6.3 Changing Parameters Changing parameters is done by moving the cursor around the LCD screen using the four directional arrows. The arrows are used to navigate the menus and change numeric values and pumping modes. Using the arrows, the cursor can be moved to any fi...

  • Page 9: Pumping Menu

    6.4.2 PUMPING Menu The PUMPING Menu allows you to set up the pumping parameters for all of the available channels. The channel number that is being programmed is indicated in the upper right hand corner. You can select the rotation direction, pumping mode, and values for each channel in the PUMPING menu.
  • Page 10 6.4.2.4 Time Mode Time Mode allows the user to dispense for a set time duration with a set fl ow rate. Adjustable parameters are rotation direction, fl ow rate, fl ow rate units, time, and time units. Rotation direction can be selected as CW or CCW. Flow rate can be changed in the range specifi...

  • Page 11: Setup Menu

    6.4.3 SETUP Menu In the SETUP Menu the tubing ID is set by selecting the size of tubing being used in the highlighted channel selected in the upper right hand corner. The tubing ID is selected from the drop down menu. The number of roller backsteps for drip free dispensing can also be set between 0–100 (0 = Default Value).

  • Page 12: Global Settings Menu

    You can complete the calibration by pressing OK/Enter button following your measurement input. You will receive a message and checkmark once your calibration is successful. You can cancel the calibration after the calibration run by pressing the Reset button. You will receive the message displaying that the calibration has been canceled.

  • Page 13: Information Screens

    (e.g. excess differential pressure etc.). Only when the cause of the overload has been detected and the failure corrected may the pump be started again. If the condition persists, contact an ISMATEC ® technical support representative immediately.

  • Page 14: Cassettes

    The Reglo ICC is designed for many years of trouble free service. The Reglo ICC does not have any fuses or adjustments inside the pump. If you wish to attempt any repairs after the warranty period, please contact your local ISMATEC ®...

  • Page 15: Technical Specifications

    12. Technical Specifications Patent Pending Drive:  Motor type: Stepper Motor Flow rate and speed:  Flow rate: 0.0002–35 mL/min  Speed range: 0.1–100 rpm  Digitally adjustable in steps of 0.01 rpm Differential pressure:  Max. 1.0 bar (14.5 psi) Remote control: ...

  • Page 16: Tubing Size And Flow Rate Chart

    13. Tubing Size and Flow Rate Chart Rollers Flow Rates mL/min. Tube ID Order No min. max. 0.13 SC0189T 0.002 0.11 0.19 SC0049T 0.003 0.23 0.25 SC0050T 0.005 0.41 0.38 SC0051T 0.010 0.94 0.44 SC0052T 0.013 0.51 SC0053T 0.017 0.57 SC0054T 0.021 0.64...

  • Page 17: Reglo Icc Serial Command Protocol

    14. Reglo ICC Serial Command Protocol 14.1 Overview The Reglo Digital model pump supports a 9600 baud, 8 data bits, 1 stop bit, no parity, no fl ow control serial communication protocol for controlling the pump’s operation, as well as setting and getting current pump confi guration parameters. This section describes the protocol used with the Reglo ICC model pump.

  • Page 18: Defi Nitions

    When using USB to control the pump, the address fi elds in command messages are used to address individual pump channels. As each USB connection is a point-to-point link between the controlling device (PC) and the pump, there is no need to provide pump addressing in the communications protocol.

  • Page 19: Discrete Type 4

    14.6.6 Discrete Type 4 Width: 10   Range: 0 to 4294967295  Format: Ten characters in base 10. The value is right-justified. Unused digits to the left are zeros. 14.6.7 Discrete Type 5  Width: 3  Range: 0 to 999 ...

  • Page 20: Language

    14.6.14 Language  Width: 1  Range: 0–3  Format: A single numeric character representing a language as follows:  0—English  1—French  2—Spanish  3—German 15. Response Messages Response messages are sent from the pump to the PC in response to request messages. 15.1 Status response A status response message is the default response of the pump to most commands, indicating a success or failure of the command.

  • Page 21: Request Messages

    16. Request Messages Request messages are sent from the PC to the pump. Every request message should be answered by a response message from the pump. 16.1 Set Pump Address This is a specially formatted command used to set the address of each pump. By default, each pump uses address 1.
  • Page 22 Direct-Addressed Command List Ref. # Command Function Response COMMUNICATIONS MANAGEMENT Boolean Get an integer representing whether (1) or not (0) channel addressing 1 = Channel addressing is enabled. 2 = Legacy Set whether channel messaging is enabled (1) or not enabled (0). Boolean Get an integer representing whether (1) or not (0) event messages Boolean...
  • Page 23 Ref. # Command Function Response OPERATIONAL MODES AND SETTINGS 3.15 Get the current setting for volume in mL. Volume Type 1 3.16 Set the current setting for volume in mL. Volume Type 2. Volume Type 1 3.17 Get the current pump run time. Time Type 1 3.18 Set current pump run time using Time Type 2.
  • Page 24 Ref. # Command Function Response SYSTEM 6.13 Set number of rollers for channel. Discrete Type 2. 6.14 Get total number of revolutions since last reset. Discrete Type 4 6.15 Get channel total volume pumped since last reset, mL. Discrete Type 4 6.16 Get total time pumped for a channel since last reset.

  • Page 25: Tube Diameter Index

    16.3 Tube Diameter Index Index Tube Diameter (mm) Index Tube Diameter (mm) 0.13 1.14 0.19 1.22 0.25 1.30 0.38 1.42 0.44 1.52 0.51 1.65 0.57 1.75 0.64 1.85 0.76 2.06 0.89 2.29 0.95 2.54 1.02 2.79 1.09 3.17 17. Event Messages Event messages are asynchronous (unrequested) messages sent by the pump to the PC.
  • Page 26 17.1 Channel stop This event message is generated when a pumping operation is complete due to the expiration of a time, volume or cycle counter. This event message is not generated when a stop command is sent to the pump. ...
  • Page 27 18. Examples 18.1 Communication Management 18.1.1 Get serial protocol version 0 ![CR] REQUEST 2[CR][LF RESPONSE The protocol version supported the type is version “2,” the version defined in this document. 18.1.2 Event message enable Get the current enable state of event messages. Enable event messages.
  • Page 28 18.2.4 Set direction Set direction to clockwise: 1J[CR] REQUEST RESPONSE 18.3 Modes and Settings 18.3.1 Operational pumping mode The current mode of channel 1 is RPM. Get the current mode of channel 1. Set the mode of channel 4 to Time. 1xM[CR] 4N[CR] REQUEST...
  • Page 29 18.3.5 Run time Set the run time of channel 1 to 150 seconds: Get the run time of channel 2: 1xT00001500[CR] 2xT[CR] REQUEST REQUEST 20[CR][LF] RESPONSE RESPONSE The current run time of channel 2 is 20 seconds. 18.3.6 Pause time Get the pause time of channel 2: Set the pause time of channel 1 to 1500 seconds: 2xP[CR]...
  • Page 30 18.5 Calibration 18.5.1 Volume (target) Set the target calibration volume for channel 4 to 100 mL. Get the target calibration volume for channel 3. 4xU1000+2[CR] 3xU[CR] REQUEST REQUEST 1000E+2[CR][LF] 1000E+0[CR][LF] RESPONSE RESPONSE The target calibration volume for channel 3 is 1 mL. 18.5.2 Volume (measured) Set the measured calibration volume for channel 4 to 101 mL.
  • Page 31 18.5.6 Cancel calibration in progress Stop calibration on channel 2. 2xZ[CR] REQUEST RESPONSE 18.6 System 18.6.1 Get pump fi rmware version 0([CR] REQUEST 0114[CR][LF] RESPONSE The pump firmware version is 1.14. 18.6.2 Set pump’s temporary display name Set the pump’s display name to “Reagent A.” 0xNReagent A[CR] REQUEST RESPONSE...
  • Page 32 18.6.5 Channel count Set the pump channel count to 4. Get the pump channel count. 0xA0004[CR] 0xA[CR] REQUEST REQUEST 3[CR][LF] RESPONSE RESPONSE The pump channel count is 3. 18.6.6 Roller count Get the roller count for channel 1. Set the roller count for channel 4 to 6 rollers. 1xB[CR] REQUEST 4xB0006[CR]...
  • Page 33 18.7 Events 18.7.1 Channel stop ^X2|A[CR][LF] EVENT A pump complete event occurred on channel 2. 18.7.2 Channel status update ^U3|A|0000000000|0000100000|0000[CR][LF] EVENT Channel 3 is currently pumping. This channel is probably in volume mode, as volume is the only provided fi eld here. There are 100 mL left to pump in the operation.
  • Page 34 Identity of person authorized to sign DoC See EC Declaration of Conformity 19.2 CE Conformity This product complies with the European directives listed in the table below. A copy of the Declaration of Conformity is available on request by contacting ismatec.support@coleparmer.com. Directive Title 2006/95/EC...
  • Page 35  Connected to other products recommended or described in the user documentation, and  Used in the same state as it was delivered from ISMATEC ® , except for alterations described in the user documentation. The Declaration of Conformity is valid only for systems that are marked with the CE-marking: 19.5 Connected equipment...
  • Page 36 For ordering and technical support, please contact: (US & Canada only) Toll Free 1-800-MASTERFLEX | 1-847-637-3739 *EN809 Manufactured by: Cole-Parmer Instrument Company (Outside US & Canada) 1-847-549-7600 | 1-847-381-7050 28W092 Commercial Avenue, www.masterfl ex.com | techinfo@masterfl ex.com Barrington, IL 60010...

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