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Using the BIQU MicroProbe v2.0 sensor as a probe?
7 months 1 week ago #344649
by abs32
Using the BIQU MicroProbe v2.0 sensor as a probe? was created by abs32
www.amazon.com/MicroProbe-Leveling-Print...ruders/dp/B0C89G7YH2
Colleagues, here is a device. Electrical connections: 5 wires.
Connector: 5-wire, compatible with BLTouch:
Black — GND (ground)
Red — +5V
Yellow — Servos (rod control)
White — Probe (output signal)
Has anyone tried this? I'd love to hear about your experience using it as a probe. The ad highlights a very appealing feature—the
trigger weight is only 5 grams.
Colleagues, here is a device. Electrical connections: 5 wires.
Connector: 5-wire, compatible with BLTouch:
Black — GND (ground)
Red — +5V
Yellow — Servos (rod control)
White — Probe (output signal)
Has anyone tried this? I'd love to hear about your experience using it as a probe. The ad highlights a very appealing feature—the
trigger weight is only 5 grams.
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7 months 1 week ago #344650
by tommylight
Replied by tommylight on topic Using the BIQU MicroProbe v2.0 sensor as a probe?
That is a version of BL-Touch sensor for 3D printers, usually 5 wires, +5V, 2XGND, sense pin and a servo pin that drives the sensing bit up/down.
Should be pretty easy to make it work, the "push sensor down"/"pull sensor up" logic should be similar to RC servo, but i never bothered to check, despite having several in use on Voron's i built.
Precision is quite high and temperature drift is quite low, but i doubt it is precise enough for a mill, should be more than enough for most routers.
Should be pretty easy to make it work, the "push sensor down"/"pull sensor up" logic should be similar to RC servo, but i never bothered to check, despite having several in use on Voron's i built.
Precision is quite high and temperature drift is quite low, but i doubt it is precise enough for a mill, should be more than enough for most routers.
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