ika 2.0.3

Unofficial Python package to control IKA products; not affiliated with IKA.

ika

Unofficial Python package to control IKA products; we are not affiliated with IKA.

Package not compatible with Mac OS

Products supported and tested

• Magnetic stirrer
  • IKA Magnetic Stirrer model C-MAG HS 7
    • https://www.ika.com/en/Products-Lab-Eq/Magnetic-Stirrers-Hot-Plate-Lab-Mixer-Stirrer-Blender-csp-188/C-MAG-HS-7-control-Downloads-cpdl-20002694/
  • IKA RCT 5 digital
    • https://www.ika.com/en/Products-Lab-Eq/Magnetic-Stirrers-Hot-Plate-Lab-Mixer-Stirrer-Blender-csp-188/RCT-5-digital-cpdt-20002704/
• Thermoshaker
  • IKA MATRIX Orbital Delta plus
    • https://www.ika.com/en/Products-Lab-Eq/Thermoshakers-csp-918/MATRIX-Orbital-Delta-Plus-cpdt-10006853/
• Chiller
  • RC 2 Lite
    • https://www.ika.com/en/Products-Lab-Eq/Temperature-Control-Circulation-and-Immersion-thermostat-csp-272/RC-2-lite-cpdt-25006624/
• Vacuum pump
  • Vacstar control
    • https://www.ika.com/en/Products-Lab-Eq/Vacuum-csp-158/VACSTAR-control-cpdt-20109375/
      • Note that you need to plug into the micro usb slot on the operator panel, not the usb b slot on back of the vacuum pump
• Overhead stirrer
  • Microstar 30
    • https://www.ika.com/en/Products-Lab-Eq/Overhead-Stirrers-Agitator-Blender-Lab-mixer-csp-187/MICROSTAR-30-digital-cpdt-25004884/

Basics

Make sure you have installed the necessary driver for your computer:

• https://www.ika.com/en/Products-Lab-Eq/Magnetic-Stirrers-Hot-Plate-Lab-Mixer-Stirrer-Blender-csp-188/C-MAG-HS-7-control-Package-Downloads-cpdl-10003279/

To control a magnetic stirrer with the ika package, you need to identify the comport the device is when connected to your computer.

Example usage

Magnetic stirrer

import time
from ika.magnetic_stirrer import MagneticStirrer

port = 'COM5'
plate = MagneticStirrer(device_port=port)
plate.start_stirring()
plate.set_target_temperature(100)
time.sleep(10)
plate.set_target_temperature(200)
plate.stop_stirring()

plate.set_target_temperature(20)
plate.start_heating()
plate.set_target_temperature(19)
time.sleep(5)
plate.stop_heating()

Thermoshaker

import time
import logging

from ika.thermoshaker import Thermoshaker

logger = logging.getLogger(__name__)
format = '%(asctime)s - %(name)s - %(levelname)s - %(message)s'
logging.basicConfig(format=format, level=logging.DEBUG)


if __name__ == '__main__':
    port = 'COM8'  # todo set to the correct port
    ts = Thermoshaker(port)

    ts.set_watchdog_safety_temperature(15.5)
    ts.start_watchdog_mode_1(30)
    ts.start_watchdog_mode_2(30)
    ts.switch_to_normal_operation_mode()

    actual_temperature = ts.temperature()
    set_temperature = ts.target_temperature()
    actual_speed = ts.speed()
    set_speed = ts.target_speed()
    logger.info(f'actual temperature: {actual_temperature}, '
                f'set temperature: {set_temperature}, '
                f'actual speed: {actual_speed}, '
                f'set speed: {set_speed}')

    logger.info('change the set temperature to 30 and speed to 500')
    ts.set_target_temperature(30)
    ts.set_target_speed(500)
    set_temperature = ts.target_temperature()
    set_speed = ts.target_speed()
    logger.info(f'set temperature: {set_temperature}, '
                f'set speed: {set_speed}')

    logger.info('start tempering and shaking')
    ts.start_heating()
    ts.start_shaking()

    time.sleep(5)

    actual_temperature = ts.temperature()
    actual_speed = ts.speed()
    logger.info(f'actual temperature: {actual_temperature}, '
                f'actual speed: {actual_speed}')

    logger.info('change the set temperature to 25 and speed 0')
    ts.set_target_temperature(25)
    ts.set_target_speed(0)
    set_temperature = ts.target_temperature()
    set_speed = ts.target_speed()
    logger.info(f'set temperature: {set_temperature}, '
                f'set speed: {set_speed}')
    actual_temperature = ts.temperature()
    actual_speed = ts.speed()
    logger.info(f'actual temperature: {actual_temperature}, '
                f'actual speed: {actual_speed}')

    logger.info('stop tempering and shaking')
    ts.stop_heating()
    ts.stop_shaking()

Chiller

import time
import logging

from ika.chiller import Chiller

logger = logging.getLogger(__name__)
format = '%(asctime)s - %(name)s - %(levelname)s - %(message)s'
logging.basicConfig(format=format, level=logging.DEBUG)


if __name__ == '__main__':
    port = 'COM14'  # todo set to the correct port

    c = Chiller(port=port)

    c.set_watchdog_safety_temperature(10)
    # c.start_watchdog_mode_1(20)
    # c.start_watchdog_mode_2(30)

    actual_temperature = c.temperature()
    setting_temperature = c.target_temperature()
    logger.info(f'actual temperature: {actual_temperature}, '
                f'setting temperature: {setting_temperature}')

    logger.info('change the setting temperature to 8.5')
    c.set_target_temperature(8.5)
    setting_temperature = c.target_temperature()
    logger.info(f'setting temperature: {setting_temperature}')

    logger.info('start tempering')
    c.start_heating()

    time.sleep(5)

    actual_temperature = c.temperature()
    logger.info(f'actual temperature: {actual_temperature}')

    logger.info('change the set temperature to 8')
    c.set_target_temperature(8.0)
    setting_temperature = c.target_temperature()
    logger.info(f'setting temperature: {setting_temperature}')
    actual_temperature = c.temperature()
    logger.info(f'actual temperature: {actual_temperature}')

    logger.info('stop tempering')
    c.stop_heating()

    print('done')

Vacuum pump

import time
import logging

from ika.vacuum_pump import VacuumPump, EvacuatingMode

logger = logging.getLogger(__name__)
format = '%(asctime)s - %(name)s - %(levelname)s - %(message)s'
logging.basicConfig(format=format, level=logging.DEBUG)


if __name__ == '__main__':
    port = 'COM9'  # todo set to the correct port

    vp = VacuumPump(port=port)

    logger.info(f'device name: {vp.name()}')
    logger.info(f'device type: {vp.device_type()}')
    logger.info(f'device firmware version: {vp.firmware_version()}')
    logger.info(f'device firmware version date: {vp.firmware_version_date()}')
    logger.info(f'device mac address: {vp.mac_address()}')
    logger.info(f'device paired mac address: {vp.paired_mac_address()}')

    vp.set_watchdog_safety_pump_rate(10)
    vp.start_watchdog_mode_1(30)
    logger.info(f'watchdog communication time: {vp.watchdog_communication_time}')

    logger.info('switch to normal mode')
    vp.switch_to_normal_operation_mode()

    logger.info('set to program evacuating mode')
    vp.set_evacuating_mode(EvacuatingMode.PROGRAM)
    logger.info(f'evacuating mode is: {vp.evacuating_mode()}')
    logger.info('set to percent evacuating mode')
    vp.set_evacuating_mode(EvacuatingMode.PERCENT)
    logger.info(f'evacuating mode is: {vp.evacuating_mode()}')
    logger.info('set to automatic evacuating mode')
    vp.set_evacuating_mode(EvacuatingMode.AUTOMATIC)
    logger.info(f'evacuating mode is: {vp.evacuating_mode()}')
    logger.info('set to manual evacuating mode')
    vp.set_evacuating_mode(EvacuatingMode.MANUAL)
    logger.info(f'evacuating mode is: {vp.evacuating_mode()}')

    logger.info(f'current set pressure point to go to: {vp.target_pressure()}')
    logger.info('set the set pressure point to go to to 1010 mbar')
    vp.set_target_pressure(1010)
    logger.info('set the set pressure point to go to to 1024 mbar')
    vp.set_target_pressure(1024)

    logger.info('start')
    vp.start()
    time.sleep(1)
    logger.info(f'current pressure measurement: {vp.pressure()} mbar')
    logger.info('stop')
    vp.stop()

    print('done')

Overhead stirrer

import time
from ika.overhead_stirrer import OverheadStirrer

if __name__ == '__main__':
    port = 'COM9'  # todo set this
    stirrer = OverheadStirrer(port=port)
    print(f'stirrer name: {stirrer.name()}')
    print('set speed to 30')
    stirrer.set_target_speed(30)
    print(f'stirrer set speed: {stirrer.target_speed()}')
    print('start stirring')
    stirrer.start_stirring()
    time.sleep(5)
    print(f'stirrer current speed: {stirrer.speed()}')
    print('set speed to 40')
    stirrer.set_target_speed(40)
    time.sleep(3)
    print(f'stirrer set speed: {stirrer.target_speed()}')
    print(f'stirrer current speed: {stirrer.speed()}')
    print(f'stirrer torque: {stirrer.torque()}')
    print('stop stirring')
    stirrer.stop_stirring()
    print(f'stirrer set speed: {stirrer.target_speed()}')
    print(f'stirrer temperature: {stirrer.temperature()}')