![]() *For external power please use an external MOSFET/RELAY temperature controller populated two status LEDs (one for each polarity) and a resistorpopulated 1% NTC thermistor B constant 3950 populated thermal cutoff switch for internal power onlypopulated connector for AWG24 - 18 wires Please make sure your power supply support the current drawn by the heated bed. ~ 4.2A (external connector no thermal limit) ~7.5A (external connector no thermal limit)Ģ4V Low power mode 100W approx. ~2.1A (external connector no thermal limit)ġ2V High power mode 90W approx. ![]() ~3.3A (using internal power with thermal limited 60C)ġ2V Low power mode 25W approx. There are problems, but they can be solved. or using tinyfab CPU to control the temperature with the tinyfab driver board (order seperately), external temperature wire required to attach to the driver/tinyFab CPU.įor Cetus MK3 stock mainboard, not supported, please concider switching to tinyfab mainboard.ĭimension - X185mm x Y185mm x 3mm thicknessTwo coil design - in series and parallelĬoil Resistance - 1.6 ohms in parallel 5.6ohms in 25C approx.ġ9V Low power mode 65W approx. So far I am very satisfied with the attitude of the Cetus 3D printer problem solving team. ![]() The 12 pin version includes the temperature sensor wire in the Flat Flex cable (ffc) so no need to attach the external sensor wire.įor Cetus MK1/2 stock mainboard, it can be connect directly to the mainboard via 10 pin FFC cable with max 60c thermal switch. Though I really liked the concept of the machine. It was loud, used proprietary firmware, their own slicer, and didn't really print well. Choose 12pin Version if you do not plan to use with stock MK1/2 mainboard. Tiertime sent me the machine two years ago for review, and I just didn't like it. Unique Aluminium PCB Heated bed custom made for the Tiertime Cetus 3D Printer.Ĭompatible with tinyFab mainboard.
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