Auber InstrumentsDigital EGT Thermometer/Pyrometer with Analog Output
Description
🔥 Elevate Your Monitoring Game with Auber Instruments!
- REAL TIME ALERTS - Stay ahead with high/low limit alarm relay outputs that keep you informed.
- ADAPTIVE LED BRIGHTNESS - Enjoy a display that adjusts brightness based on your environment for optimal visibility.
- PEAK PERFORMANCE TRACKING - Record peak temperature and pressure with time stamps for comprehensive analysis.
- CUSTOMIZABLE DISPLAY OPTIONS - Switch between °F, °C, Bar, PSI, or your own user-defined units effortlessly.
- PRECISION AT YOUR FINGERTIPS - Experience unparalleled accuracy with multiple input types for all your temperature and pressure needs.
The Auber Instruments Digital EGT Thermometer/Pyrometer is a versatile and precise tool designed for professionals. It features programmable input types, customizable display options, and real-time alerts, making it ideal for various applications. With peak performance tracking and adaptive LED brightness, this thermometer ensures you never miss a critical reading.
Specifications
| Brand | Auber Instruments |
| Age Range (Description) | Adult |
| Display Type | Digital |
| Product Care Instructions | Wipe Clean |
| Power Source | Battery Powered |
| Item Length | 0.94 Inches |
| Reusability | Reusable |
| Manufacturer | Auber Instruments |
| Is Discontinued By Manufacturer | No |
| Manufacturer Part Number | SYL-1812RA |
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Reviews
K**R
Works well for reading over 1000°C with an Arduino.
I am building an Arduino based controller for my wife's ceramic kiln. I couldn't find anything that would reliably read over 1000°C that would directly connect to the Arduino. I have this connected to a K-type thermocouple and have the 0-5 volt analog output connected to the Arduino. Using the scale function in the Arduino program it tracks the reading on the display. I haven't ran a full cycle on the kiln yet but it looks like this will work perfectly for what I need.
A**R
Not accurate
using for type J thermocouple. Reads accuratly at 212 F but is off by 8 degrees at 32 F. Slope and Zero functions do not allow adequate correction. all other function seem OKI but this is irrelevant if the measured value is wrong.
Common Questions
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