COB chainable 24V LED baron both sides a JST-XH 2 pin connector (black)CRI >= 90 CTT = 4000KTypical Luminous Efficacy = 188lm/WTypical Flux @25°CStick XXL2x 660lmStick2x 500lmMatchstick2x 330lmRGB chainable 5V RGB LED baron both sides a JST-XH 3 pin connector (black)WS2812B LEDsone resistor for the dataline is inside each box, in case you need it to get right color controlKlipper color order: GRB Length Stick XXL370mmfor V2/TR 350Stick270mmfor V2/TR 250/300Matchstick158mmfor V0.1/V0.2 Note Based on BLAMM's Daylight Voron Hardware design.

COB chainable 24V LED baron both sides a JST-XH 2 pin connector (black)CRI >= 90 CTT = 4000KTypical Luminous Efficacy = 188lm/WTypical Flux @25°CStick XXL2x 660lmStick2x 500lmMatchstick2x 330lmRGB chainable 5V RGB LED baron both sides a JST-XH 3 pin connector (black)WS2812B LEDsone resistor for the dataline is inside each box, in case you need it to get right color controlKlipper color order: GRB Length Stick XXL370mmfor V2/TR 350Stick270mmfor V2/TR 250/300Matchstick158mmfor V0.1/V0.2 Note Based on BLAMM's Daylight Voron Hardware design.

COB chainable 24V LED baron both sides a JST-XH 2 pin connector (black)CRI >= 90 CTT = 4000KTypical Luminous Efficacy = 188lm/WTypical Flux @25°CStick XXL2x 660lmStick2x 500lmMatchstick2x 330lmRGB chainable 5V RGB LED baron both sides a JST-XH 3 pin connector (black)WS2812B LEDsone resistor for the dataline is inside each box, in case you need it to get right color controlKlipper color order: GRB Length Stick XXL370mmfor V2/TR 350Stick270mmfor V2/TR 250/300Matchstick158mmfor V0.1/V0.2 Note Based on BLAMM's Daylight Voron Hardware design.

COB chainable 24V LED baron both sides a JST-XH 2 pin connector (black)CRI >= 90 CTT = 4000KTypical Luminous Efficacy = 188lm/WTypical Flux @25°CStick XXL2x 660lmStick2x 500lmMatchstick2x 330lmRGB chainable 5V RGB LED baron both sides a JST-XH 3 pin connector (black)WS2812B LEDsone resistor for the dataline is inside each box, in case you need it to get right color controlKlipper color order: GRB Length Stick XXL370mmfor V2/TR 350Stick270mmfor V2/TR 250/300Matchstick158mmfor V0.1/V0.2 Note Based on BLAMM's Daylight Voron Hardware design.

Standard: UL 248-14(M) Medium time-lagCylindrical, 5 x 20 mm125 V / 250 V Voltage10.000A @ 125V / 200A @ 250V Breaking capacity

Standard: UL 248-14(M) Medium time-lagCylindrical, 5 x 20 mm125 V / 250 V Voltage10.000A @ 125V / 200A @ 250V Breaking capacity

Optical sensor PCB for TAP including adapter cable to our wire harness for Plug&Play The design includes a supply polarity and overshoot protection.Technical Data 12V or 24V supply Open drain signal output Optional 10k pull-up (against internal +5V) on signal output (via solder bridge) OPB971N51 sensor Contents 1x full assembled and 100% tested PCB 1x short cable (JST-PH => Molex Microfit 3.0)

Optical sensor PCB for TAP including adapter cable to our wire harness for Plug&Play, but you need to ensure 5V supply for this board. The design includes a supply polarity protection. INFO: New version! Warning Do not connect or disconnect the PCB when the printer is powered! Technical Data 5V supply voltage only Open drain signal output Optional 10k pull-up (against +5V) on signal output (via solder bridge) OPB973N51 sensor (signal level is inverted!) Contents 1x full assembled and 100% tested PCB 1x short cable (JST-PH => Molex Microfit 3.0)

Adapterplatte zur Befestigung eines SSR-Relais an einer Hutschiene. Vollmetall eloxiert mit Federkralle.

The silicone heatmats were custom designed by Fermio Labs and made to spec by Keenovo. All heaters are optimized for our build plates shapes and hole positions. They allow even heating almost all the way to the edges of the build plate. The power is adjusted to allow running them at 100 % power without risking damage to the build plate instead of the 50% to 80% PWM limit recommended for the heaters listed on the BOM. The standard DIN466 thumb nuts used in all Voron printers used as spacers (VORON2) or levelling nuts (Trident, VORON0 and VORON1) can be used as guides to align the heater. For added safety all heaters come with a self resetting bi-metal 150C thermostat. This turns off the heater if temperatures reaches 150 C due to technical failure of your electronics (only meant as a safety feature, not for temperature regulation). Thermistor used is a NTC 100K thermistor (Beta 25/50 3950K-1%, click here for the R-T datasheet) Choose type 11 or 13 in Marlin firmware. Use "Generic 3950" in Klipper. SKU/Model Compatibility Dimensions Voltage Watt Ampere Thermostat FLG-VRN-KNV-110 VORON0 110 x 110 mm 24 V/DC 60 W 2.5 A 150° C FLG-VRN-KNV-240 250 Trident, VORON1, VORON2 240 x 240 mm 230 V/AC 300 W 1.3 A 150° C FLG-VRN-KNV-290 300 Trident, VORON1, VORON2 290 x 290 mm 230 V/AC 400 W 1.7 A 150° C FLG-VRN-KNV-340 350 Trident, VORON2 340 x 340 mm 230 V/AC 500 W 2.1 A 150° C

The silicone heatmats were custom designed by Fermio Labs and made to spec by Keenovo. All heaters are optimized for our build plates shapes and hole positions. They allow even heating almost all the way to the edges of the build plate. The power is adjusted to allow running them at 100 % power without risking damage to the build plate instead of the 50% to 80% PWM limit recommended for the heaters listed on the BOM. The standard DIN466 thumb nuts used in all Voron printers used as spacers (VORON2) or levelling nuts (Trident, VORON0 and VORON1) can be used as guides to align the heater. For added safety all heaters come with a self resetting bi-metal 150C thermostat. This turns off the heater if temperatures reaches 150 C due to technical failure of your electronics (only meant as a safety feature, not for temperature regulation). Thermistor used is a NTC 100K thermistor (Beta 25/50 3950K-1%, click here for the R-T datasheet) Choose type 11 or 13 in Marlin firmware. Use "Generic 3950" in Klipper. SKU/Model Compatibility Dimensions Voltage Watt Ampere Thermostat FLG-VRN-KNV-110 VORON0 110 x 110 mm 24 V/DC 60 W 2.5 A 150° C FLG-VRN-KNV-240 250 Trident, VORON1, VORON2 240 x 240 mm 230 V/AC 300 W 1.3 A 150° C FLG-VRN-KNV-290 300 Trident, VORON1, VORON2 290 x 290 mm 230 V/AC 400 W 1.7 A 150° C FLG-VRN-KNV-340 350 Trident, VORON2 340 x 340 mm 230 V/AC 500 W 2.1 A 150° C

The silicone heatmats were custom designed by Fermio Labs and made to spec by Keenovo. All heaters are optimized for our build plates shapes and hole positions. They allow even heating almost all the way to the edges of the build plate. The power is adjusted to allow running them at 100 % power without risking damage to the build plate instead of the 50% to 80% PWM limit recommended for the heaters listed on the BOM. The standard DIN466 thumb nuts used in all Voron printers used as spacers (VORON2) or levelling nuts (Trident, VORON0 and VORON1) can be used as guides to align the heater. For added safety all heaters come with a self resetting bi-metal 150C thermostat. This turns off the heater if temperatures reaches 150 C due to technical failure of your electronics (only meant as a safety feature, not for temperature regulation). Thermistor used is a NTC 100K thermistor (Beta 25/50 3950K-1%, click here for the R-T datasheet) Choose type 11 or 13 in Marlin firmware. Use "Generic 3950" in Klipper. SKU/Model Compatibility Dimensions Voltage Watt Ampere Thermostat FLG-VRN-KNV-110 VORON0 110 x 110 mm 24 V/DC 60 W 2.5 A 150° C FLG-VRN-KNV-240 250 Trident, VORON1, VORON2 240 x 240 mm 230 V/AC 300 W 1.3 A 150° C FLG-VRN-KNV-290 300 Trident, VORON1, VORON2 290 x 290 mm 230 V/AC 400 W 1.7 A 150° C FLG-VRN-KNV-340 350 Trident, VORON2 340 x 340 mm 230 V/AC 500 W 2.1 A 150° C

The silicone heatmats were custom designed by Fermio Labs and made to spec by Keenovo. All heaters are optimized for our build plates shapes and hole positions. They allow even heating almost all the way to the edges of the build plate. The power is adjusted to allow running them at 100 % power without risking damage to the build plate instead of the 50% to 80% PWM limit recommended for the heaters listed on the BOM. The standard DIN466 thumb nuts used in all Voron printers used as spacers (VORON2) or levelling nuts (Trident, VORON0 and VORON1) can be used as guides to align the heater. For added safety all heaters come with a self resetting bi-metal 150C thermostat. This turns off the heater if temperatures reaches 150 C due to technical failure of your electronics (only meant as a safety feature, not for temperature regulation). Thermistor used is a NTC 100K thermistor (Beta 25/50 3950K-1%, click here for the R-T datasheet) Choose type 11 or 13 in Marlin firmware. Use "Generic 3950" in Klipper. SKU/Model Compatibility Dimensions Voltage Watt Ampere Thermostat FLG-VRN-KNV-110 VORON0 110 x 110 mm 24 V/DC 60 W 2.5 A 150° C FLG-VRN-KNV-240 250 Trident, VORON1, VORON2 240 x 240 mm 230 V/AC 300 W 1.3 A 150° C FLG-VRN-KNV-290 300 Trident, VORON1, VORON2 290 x 290 mm 230 V/AC 400 W 1.7 A 150° C FLG-VRN-KNV-340 350 Trident, VORON2 340 x 340 mm 230 V/AC 500 W 2.1 A 150° C

Suitable for Pocketwatch 1 extruder.

Weight: 20gModular Keystone Inline Coupler 6 Class E 250 MHzISO/IEC 11801 and TIA/EIA 568B.2-12x RJ45 jack, fully unshieldedSnap-in mountingPin configuration: 1:1

Snap-in Keystone Modulesuitable for standard keystone panels and outletsConnections: USB-A female to USB-A femaleApplication: USB 3.0 cablingMaterial: Nickel-plated contact, thermoplastic housingDimension: 35 x 14,5 x 16,7 mmColor: Black

Endstop Microswitch usable for X/Y/Z. Type: D2F-5LRating: 250 V/AC - 5A

Genuine OMRON TL-Q5MC2 2M NPN NC inductive sensor, suitable as Z probe, with a 5mm sensing distance. Note does not sense Aluminium early enough. Requires a spring steel sheet needs longer screws than the BOM sensor (2x M3x25 instead of M3x20)