

🌡️ Take control of your temperature game with precision and power!
The Inkbird PID Temperature Controller Kit is a high-voltage (100-240VAC) digital controller featuring dual temperature display windows, compatibility with K type thermocouples and Cu500 sensors, and includes a 40DA solid state relay for reliable SSR output. Designed for precise temperature management, it supports alarm outputs and offers easy programming, making it a top choice for industrial and professional applications.





























| ASIN | B08Y8GX1WT |
| Are batteries included? | No |
| Best Sellers Rank | #36,027 in Industrial & Scientific ( See Top 100 in Industrial & Scientific ) #207 in Temperature Controllers |
| Country of Origin | China |
| Customer Reviews | 4.4 4.4 out of 5 stars (573) |
| Date First Available | 14 March 2021 |
| Display Type | LED |
| Included Components | PID, SSR 40DA Solid State Relay, K Type Thermocouple, and White Heat Sink |
| Item Dimensions LxWxH | 8.9 x 4.8 x 4.8 Centimeters |
| Item Height | 1.88 Inches |
| Item Weight | 399 g |
| Item Width | 1.88 Inches |
| Item part number | PID40W |
| Manufacturer | Inkbird |
| Number of Memory Sticks | 1 |
| Product Dimensions | 8.89 x 4.78 x 4.78 cm; 399 g |
J**N
I have purchased several different brands of these controllers. Inkbirds are the most reliable and easiest to program.
A**R
debo probarlo para ver si al menos funcionalmente es bueno
A**R
Creo que debería ser de mejor calidad los acabados de este producto.
J**H
I should have bought this before I wasted the money on my other tempature control efforts. The wiring and programming are relatively easy (once you find a step by step youtube tutorial). I've been using it for a 1600W heating element and haven't had any problems with it.
W**H
I used this to control a hot plate made from ¾ inch thick aluminum plate and cartridge heaters. I used the auto-tune feature to get started, then tweaked the Ctl and PID settings until I was able to achieve a variation of only plus or minus 0.5 degrees C from the set point, at a steady state temperature. With all the thermal mass in the plate, it was necessary to switch off power to the heater cartridges at least 20 degrees below the set point on initial heat-up, to avoid too much temperature overshoot. I would then switch the heaters back on as it eased up to the set point. I like that you can store an offset to calibrate the K type sensor. Be sure to use a good thermal paste designed for computer cpu’s when mounting the SSR to the heat sink.
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