Uno International Stepper Control Board Manuale utente
BOXER®PUMPS
uno.
Uno International Ltd.
20 Belsize Avenue
London NW3 4AU/England
Co Reg No 4694961
VAT No. 858 3837 74
Uno International Ltd.
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Stepper Control Board
Manual
ISS 8
June 2013
USA
Clark Solutions
10 Brent Drive
Hudson, MA 01749
Tel: 978-568-3400
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Table of contents
1. General description.....................................................................................................3
2. Required hardware.....................................................................................................3
3. Connection between motor and controll board ...........................................................3
4. Software installation....................................................................................................4
5. Hardware installation..................................................................................................4
6. Software explanation..................................................................................................5
7. Practical tips .............................................................................................................14
8. Daisy chaining pumps...............................................................................................15
9. Warranty...................................................................................................................21
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1. General description
The Controlled Stepper Driver (CSD) a flexible and powerful controller for the accurate dispense. It is provided
as means to drive one or more of the following pump models:
Boxer 3500/3600, Boxer 9600 or Unoverse 6100/6500.
Each pump controlled using the CSD has to have it's own CSD board and a power supply.
2. Required hardware
Apart of the control board you will require the following hardware:
1. Power supply unit (PSU) 24V 2.5A+
2. USB cable A to B
3. PC with Windows XP, Vista or Windows 7 installed, .NET platform 2.0 minimum.
3. Connection between motor and control board
The CSD board requires three connections to run the pump:
1. Power in 24V 2.5A 2.1mm pin
2. USB cable A to B
3. 4 motor poles via Molex 0.1" terminal connector
4. 3 Opto poles(optional - only if homing is required) via Molex 0.1" terminal connector
Mains jack
24V 2.5A
+ @ centre
Daisy header
USB socket
Power LED
Motor header
Homing Opto header
Panic
button
socket
Motor address
DIP block
Fan header
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Motor wires layout:
1 - Black - Phase A
2 - Green - Phase A-
3 - Red - Phase B
4 - Blue - Phase B-
Opto wires layout:
Red: LED A +
Black: LED K -
White: Transistor Collector
Green: Transistor Emitter
4. Software installation
Download and locate the folder called InsallCD. This folder contains a folder called Installer. In this folder you
will find the setup.exe file . Using this file install the BoxerPumps Controller application onto your computer.
Plug the PSU plug into the controller board and make sure mains power to the power supply in On.
5. Hardware installation
1. Connect the stepper motor to the control board.
2. Link the board with your PC using the A to B USB cable.
3. Power the board using a good quality 2.5A switch mode PSU. The yellow LED on the control board
should come on as soon as power is supplied to the board.
Motor connection
Homing Opto connection
5V output for cooling fan
DIP switches
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Double click on the BoxerPumps Controller to launch the application.
The software will prompt you to open an existing controller program. Controller programs have the extension
*.bpj. If no such program exists your computer press "Cancel". A new dialogue box called New Project will
prompt you to save a a new project under your chosen name. Substitute "New Project" with a name and in a
place of your choice and press "Save".
6. Software explanation
Press the round Green Connect button to create a link between the PC and the control board.
There are 2 main interface boxes:
1. Motors (top) - for motor configuration
2. Project (bottom)- for run configuration
The STOP button is a panic button. Whenever you want to terminate a movement of a motor, press this
button. The PCB has also a socket for a panic stop actuator.
1. Motor configuration
1. Right click "Motors" and choose "Configure". A new dialogue box pops up.
2. Press "Add" to add a new motor
3. Choose a snappy description for the motor (e.g. "Reagent 1") and insert it in the Description of the
motor.
4. If you are about to calibrate a pump then choose Steps. Otherwise assign the type of motor - whether a
pump, linear drive or a rotary drive
5. Set drive current: Small motors such as the one used Boxer 9600 run better on much lower current than
the large steppers which will run better at full current. If you are running the controller for example from
a 1.5A power supply, there is little point in entering 2500mA in the drive current box as the motor can
get a max of 1500mA.
6. Stepping: Full Stepping or Half Stepping. Choose half stepping if you intend to run the motor in low
speeds i.e. below 1000 steps/sec (below 300rpm).
7. For accurate operation always apply a hold current. A hold current of 400mA
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8. If you are operating more than one motor, run through the same procedure and configure motors for
other addresses on the board.
2. Gravimetric pump calibration procedure
1. Calibrate the pump using the media you are intending to use the pump for.
2. Use precision scales with tare function.
3. Initiate new chain by pressing the New Chain (Ctrl+N) on the project box.
4. Drag and drop the motor into the chain box.
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5. Depends the side where you reservoir is choose either move forward or move backward.
6. Put the pump dispense side into a receiving vessel
7. Prime the pump: Put both tube sides - suction + dispense into the reagent reservoir. Right click your
chosen to prime and choose "Run Continuously". Press the stop button as soon as you see that the
tubes are primes throughout their entire length and void of any air bubbles.
8. Enter 2000 steps which represents 10 full motor revolutions
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9. Set rate - a speed which is typical in your application. As any common stepper motor has 200 steps per
revolution, 1000 steps/second means 5 full revolutions per second or 300rpm (1000/200*60).
10. Choose the motor from the chain list and press the Green "Run" button. This will rotate the motor 10 full
revolution (=2000 steps).
11. Carry out 10 dispenses and calculate the mean value.
12. Go back to Motor Configuration of the motor you are calibrating and choose "Pump" as description of
the motor.
13. Enter the mean value you calculated as µl/revolution.
3. Changing the configuration of the motor
1. Now that the pump is calibrated you can reconfigure the motor from a motor counting steps to a pump
which dispenses in ml.
2. Highlight the motor to reconfigure from the Motors list and choose Motors/Configure from the drop down
menu.
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3. Specify the type of motor whether Pump, Linear Drive or Rotary Drive. The parameters associated with
your chosen motor type will be updated automatically such as µl/revolution if you chose Pump.
4. Enter the value you established during the calibration process whether µl/revolution, mm/step or
steps/revolution and press OK.
5. From now on, whenever you wish to run the pump, you can enter the volume you would like to
dispense, the speed of dispense and the direction - whether forward or backward (dispense or
aspirate).
6. Save your settings.
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4. Working with chains
1. You can run a single motor at any number of intervals, at any interval duration as many time as you
wish.
2. Right Click in the Chain box and choose "Add Repeat", "Add Delay" or "Add Backstep". Each time you
add one of these functions it will be added to the Chain box.
3. Drag the function you requested to the position you want and specify each function separately. You can
delete any of the functions by right-click and choosing Delete.
You can specify:
Repeat: Number of repeats
Delay: Period of delay between actions in seconds
Backstep: Volume of Backstep, it's speed and direction.
Backstep is a useful function in order to aspirate back into the dispense tip any partial droplets which might be
formed after a dispense.
You can drag the functions into any position in the chain tree, drag the motor from the motors box into the chain
box in order to achieve any motor variation you require.
An operation for a single motor function can look like this:
Indice
