POWERLAB SOFTWARE FULL
POWERLAB SOFTWARE SOFTWARE

Powerlab8 in JST-XH wiring mode and Powerlab6 (either wiring mode) - 1s cells can be charged using the new 1s presets in firmware 3.32 (PL8) and 1.11 (PL6).

Storage preset can be used to discharge or charge 1s. Powerlab8 in FMA wiring mode - Up to 40 amps without a balance connector attached using a high power preset.Wiring requirements and current options for charging 1s cells varies by model and wiring mode. If you want a more accurate charge, use Library Preset #3 Generic High P. This is setting is typically sufficient for most scenarios and is the default on many other chargers. Preset #3 defaults to a termination of C/10 (same as generic faster charge present #2). For charging over 10 amps use Preset #3 which will max the charger's output, given a sufficient power supply. Presets #1 and #2 are specifically tuned for charging under 10 amps. Step by step instructions on page 60 in the manual. But it can also be changed in on the console of the unit.

POWERLAB SOFTWARE SOFTWARE

Like the supply limit, using the Powerlab software is the easiest method to change this setting. However, to use the Revolectrix MPA (Multi-port Adapter) or the SPA (Single Port Safe Parallel Adapter), or any other parallel board, the wiring mode will needs to changed to JST-XH/EH. This mode is compatible with all the FMA balance adapters for the Powerlab6 and Powerlab8. The Powerlab arrives in the FMA wiring mode. Using a manually set charge current, if the charger does not sustain the set current this setting may be set to high. If the Low Supply Voltage setting is set to high, the charger will start limiting current inappropriately. NOTE: DO NOT set the Low Supply Voltage value to the actual supply voltage. Here are some example settings for common supply voltages, rounded down to the next whole number.įor a 12v supply use the minimum setting of 10v. Using the CCS, the loaded supply voltage is displayed in the Supply Voltage vs Time graph. The loaded supply voltage may be lower than the value displayed on the charger's console. The low supply voltage setting should be set to 50% of the loaded supply voltage. The 'Supply Low Voltage' limit is used protect the charger and supply when the supply is no longer able to regulate output voltage. 'Supply Low Voltage' should be set to 50% of the loaded supply voltage It only needs to changed if the power supply cannot deliver 40 amps per channel, 80 amps total. The default setting for the Dual Powerlab is 40 amps. See the Smart Power Management section starting page 9. You can quickly change the default setting if you have the USB connection and the Powerlab software.

POWERLAB SOFTWARE FULL

Because the Powerlab will pull the full 40 amps(Powerlab6) or 60 amps (Powerlab8), there is a real potential to damage a power supply that is not capable and does not have built in protection. The default supply limit for the Powerlab6 and Powerlab8 is set to 25 amps so you don't overload and burn up an under powered, power supply. There a quick start guide called the 'Quick Reference' to get you up and running quickly. Use of power lab and lab tutor in undergraduate medical education laboratory teachingI put this short list together to answer some of the common questions new owners have. Keywords: Laboratory teaching “Computer-based data recording”, “PowerLab”, “LabTutor As per informal student feedback, the use of data acquisition systems also improves contextual learning of basic science concepts.Ĭonclusions: Computer-based data recording systems provide students’ hands-on state of art exposure in basic sciences and are now indispensible tools for medical education In this regard, use of PowerLab and LabTutor ensures that Physiology and Pharmacology lab teaching in the undergraduate medical curriculum meets international standards. Additionally, major criteria for equipment used in human physiology experiments are human safety and hygiene. Results: These data acquisition systems have largely replaced old fashioned oscilloscopes, kymographs, chart recorders, and polygraphs due to ease of use, economy of cost, space, maintenance and consumables.

Recently, a more user-friendly html based software called LabTutor (AD Instruments, Australia) has been adopted, which provides experimental background, recording, analyses, report generation and student question sheets all in one package. Methods: The use of PowerLab, a highly sophisticated and powerful data recording system, was introduced in AKU in 2009. Background: Physiology teaching, especially laboratory exercises, in the undergraduate medical curriculum has evolved considerably due to the introduction of problem-based learning, computer-based data recording systems and availability of simulated software

Powerlab Software