1. Manuals
  2. Brands
  3. Totem Manuals
  4. Robotics
  5. Mini Lab
  6. Assembly and short user manual

Totem Mini Lab Assembly And Short User Manual

Hide thumbs
Table of Contents

Advertisement

Quick Links

Download this manual

Advertisement

Table of Contents
loading

Related Manuals for Totem Mini Lab

Summary of Contents for Totem Mini Lab

  • Page 2: Parts List

    Bolt M3 12mm, x8 TotemDuino board LabBoard Standoff M3 8mm, Nut M3 6x10, x64 Nylon nut M3, x16 Breadboard SYB-120, x2 Flat cable, 30cm Totem Screwdriver 2-hole simple Single side fi ller, x6 C-bracket, x12 bracket, x6 Breadboard USB cable Power adapter...

  • Page 3: Assembly Tips

    Assembly tips • The included magnetic Totem screwdriver can be used to assemble the model. • Do not use too much force when tightening the bolt – sometimes you need to adjust brackets Start by putting nuts in during assembly.
  • Page 4 C-bracket Bolt M3 6mm 2-hole simple bracket Nut M3 6x10 Beams: 2 x 14cm, 3 x 18cm # - beam slot number.
  • Page 5 L-twisted L-twisted Bolt M3 6mm Nut M3 6x10 adjustable bracket adjustable mirror bracket Do not tighten the bolts too much since you might need to adjust position in the next step.
  • Page 6 Bolt M3 6mm Standoff M3 8mm Nylon Nut M3 TotemDuino board Use these 4 holes: You may need to adjust brackets' positions fi t all 4 holes in the TotemDuino.
  • Page 7 2-hole 45 2-hole simple Bolt M3 6mm Nut M3 6x10 Single side simple bracket fi ller bracket Beams: 2 x 4cm, 2 x 7cm, 2 x 16cm Hook and snap 16cm 16cm...
  • Page 8 Bolt M3 6mm Nut M3 6x10 C-bracket Beams: 3 x 20cm, 2 x 18cm 20cm 18cm 20cm 20cm 18cm...
  • Page 9 L-twisted L-twisted Standoff Nylon Bolt adjustable adjustable M3 8mm Nut M3 M3 6x10 M3 6mm bracket mirror bracket Do not tighten the bolts too much since you might need to adjust position in the next step.
  • Page 10 Bolt M3 6mm LabBoard You may need to adjust brackets' positions to fi t 4 holes in the LabBoard.
  • Page 11 L-twisted L-twisted Standoff Nylon Bolt adjustable adjustable M3 8mm Nut M3 M3 6x10 M3 6mm bracket mirror bracket Do not tighten the bolts too much since you might need to adjust position in the next step.
  • Page 12 Bolt M3 12mm Breadboard SYB-120 Adjust bracket position to fi t the holes on the breadboards.
  • Page 13 Nut M3 6x10 Bolt M3 6mm Sub assemblies A and B A + B...

  • Page 14: Final Step

    FINAL STEP Attaching the fl at Flat cable, 30cm cable. Loosen the bolts on Attach the fl at cable to the LabBoard for better the TotemDuino like this. cable reach.
  • Page 15 Short User Guide 1. Overview TotemDuino Set buttons, Input and Display with mode connection. changing value select buttons — LED Output for the selected connectors. indicates currently parameter. measured value. TotemDuino ports, compatible with TotemDuino ports in Arduino shields and a breadboard friendly Output power headers.
  • Page 16 2. TotemDuino Overview TotemDuino is based upon Arduino Uno platform, Mini USB connector for sketch uploading keeping compatibility with existing IDE’s and into TotemDuino. expansions, while offering following advantages. Connection to TotemDuino. All pins going out are Voltage protected selector against short switches circuit or...

  • Page 17: Voltage Measuring

    3. Voltage measuring Display shows currently selected channel measurement result in Volts. Display blinks when negative voltages are measured. Three input channels available: +-0.5V +-5V +-50V...

  • Page 18: Setting Output Voltage

    4. Setting output voltage To set output voltage, hold Currently active channel SELECT button for 2 seconds output is shown on display. and adjust the output with SET+ and SET- buttons.

  • Page 19: Digital Inputs

    5. Digital inputs Use this to observe any digital DIG1 and DIG2 LEDs follow the signal state in the 3.3V or 5V digital input state level. range.

  • Page 20: Frequency Measuring

    6. Frequency measuring To enter or exit frequency DIG1 input is used for frequency measuring and can measure module, push STEP- button for 2 seconds. work with digital signals in 3.3V or 5V range, up to 750kHz.

  • Page 21: Measuring Current Consumption

    7. Measuring current consumption Use right SELECT button to switch into current measuring Use a test lead to connect mode jumper inputs together. mode, marked as mAmp. Your supply ground pin should be connected to this shunt ground input.
  • Page 22 8. Using programmable power supply Adjust the output with SET+ and Use right SELECT button to SET- buttons, current value will switch into voltage set mode, be shown on display. marked as V-REG.
  • Page 23 9. Using pulse counter Can count digital signal pulses up to 750kHz. Signal must be in either 3.3V or 5V range. Hold SET+ button for 2 seconds to enter Left SELECT button resets or exit this mode. counter value back to zero.
  • Page 24 10. Pulse generator module Can be used to generate digital signals For complete usage manual, refer with programmable pulse width and to the Mini Lab user guide. period. Supports either continuous or numbered pulse generation. Hold left SELECT button to enter...

  • Page 25: Power Scheme

    11. Power scheme Mini Lab is designed to be powered from the included 12V 1A power adapter, but a USB connection can be used for a reduced functionality mode.

  • Page 26: Going Further

    12. Going further Mini Lab can be expanded with a number of easily mountable add-ons, Side Panels, giving you access to a variety of ready to use electronic modules. Visit totemmaker.net for a detailed user manual with usage examples, code...
  • Page 27 Failure to read the handbook may lead to personal injury, inferior results, or damage to the Totem Mini Lab. We cannot control the conditions in which you assemble the Totem Mini Lab. For this, and other reasons, we do not assume responsibility, and expressly disclaim liability for loss, injuries, damage, or expense arising out of, or in any way connected with, the assembly, handling, storage, use or disposal of the product.

Table of Contents