---
product_id: 632717441
title: "AC 100 to 240V ITC-100VH Digital PID Thermostat Temperature Controller 25DA SSR K Thermocouple White Heat Sink"
brand: "inkbird"
price: "351.16 DT"
currency: TND
in_stock: true
reviews_count: 5
category: "Inkbird"
url: https://www.desertcart.tn/products/632717441-ac-100-to-240v-itc-100vh-digital-pid-thermostat-temperature
store_origin: TN
region: Tunisia
---

# Wide 100-240V input range Supports 11 sensor types 0.1°C precision control AC 100 to 240V ITC-100VH Digital PID Thermostat Temperature Controller 25DA SSR K Thermocouple White Heat Sink

**Brand:** inkbird
**Price:** 351.16 DT
**Availability:** ✅ In Stock

## Summary

> 🌡️ Master your temperature game with precision and power!

## Quick Answers

- **What is this?** AC 100 to 240V ITC-100VH Digital PID Thermostat Temperature Controller 25DA SSR K Thermocouple White Heat Sink by inkbird
- **How much does it cost?** 351.16 DT with free shipping
- **Is it available?** Yes, in stock and ready to ship
- **Where can I buy it?** [www.desertcart.tn](https://www.desertcart.tn/products/632717441-ac-100-to-240v-itc-100vh-digital-pid-thermostat-temperature)

## Best For

- inkbird enthusiasts

## Why This Product

- Trusted inkbird brand quality
- Free international shipping included
- Worldwide delivery with tracking
- 15-day hassle-free returns

## Key Features

- • **Ultra-Accurate Display:** Dual-color LED readouts with 0.1°C resolution for instant clarity
- • **Robust 25A SSR Included:** Ready for heavy-duty heating applications without extra purchases
- • **Compact & Durable Design:** Sleek 4.8cm cube with integrated heat sink for long-term reliability
- • **Precision PID & ON/OFF Modes:** Smart self-adjusting control for rock-solid temperature stability
- • **Universal Sensor Compatibility:** Works seamlessly with K, S, Wre, T, E, J, B, N, CU50, PT100 sensors

## Overview

The Inkbird ITC-100VH is a compact digital PID thermostat controller featuring a wide 100-240V input, ultra-precise 0.1°C temperature control, and compatibility with 11 sensor types. It includes a robust 25A SSR and heat sink, making it ideal for stable, long-term temperature management in ovens and other heating setups without water cycles.

## Description

Specification One SSR output One Relay Alarm Output; AC100-240V; Front Panel Dimension: DIN 48mm(W)X48mm(L) Power Supply Voltage: AC 100-240V 50/60Hz Operating voltage range： 85～110% Rated voltage Power Consumption： Approx. 5VA（100～240VAC） Display Accuracy: 0.2%FS 0.1C（＜1000C）；1C（1000C） Period of Sampling： 0.5S Temperature Compensation： 0-50C Voltage Pulses Output (ITC-100V): DC 12V, 30mA;Alarm 1 AC250V 3A (Resistive load) ON/NC Life expectancy of Relay: Mechanical10,000,000 operations Electrical10,000,000 operations Environmental Conditions: -10～55C（no icy or condensation）, RH 35-85% Humidity Storage Temperature: -25～65C（no icy or condensation） Data Storage: 10year Cutout size: 45x45mm Mounting Method: Flush mounting and screw terminals K-Type Thermocouple: Temperature rang :0-400 C Sensor Dia: 4.5mm Cable Length: 2m(6.6ft) External Shielding: Insulated Shielding Internal Insulation:Fiberglass 25A SSR Specifications: Load Voltage: 24-380VAC Load Current: 25A Input Voltage: DC 3-32V Heat Sink Size: Roof: 50mm x 60mm. Foot: 80mm x 50mm. Height: 50mm Pacakge: 1x Inkbird ITC-100VH Controller 1x Mounting bracket 1x 25A SSR 1x White heat sink 1x K Sensor 1 x Manual.

Review: This model ITC-100VH is much better than ITC-106VH in terms of response and tuning capabilities. It works fine with my oven project. The only thing it can’t handle is an initial temperature overshoot but I guess that’s a nature of PID with constant factors. Precision-wise, I don’t think this unit includes a cold-junction compensation sensor but only a “calibration shift”. Therefore the temperature readings can be off by 5 - 10 degrees C out of box. My advice would be getting a better temperature sensor, do the comparison, and build your own calibration curve or mapping.
Review: The placement of electrical connectors on an ITC-100 unit makes it very difficult to connect the wiring once it is installed in a diecast box. I recommend partially inserting (about 1/2-inch or 13mm) the unit through the 45mmx45mm square hole you must cut into the box for the front panel, placing the included cream-grey square plastic retainer over the unit, and only then wiring up the unit. This gives the maximum room for a small screwdriver to fasten the wires. When done, slide the unit all the way in and pull back the plastic retainer towards the front panel to ratchet the unit into place. At this point it is difficult to slide the unit out of the box if the retainer ratchet can't be reached to release it. Alternatively, use a larger diecast box with its lid on the same or opposite side to the display, allowing easy access to wire and tighten the terminal screws. The ITC-100HV is more expensive than the ITC-106VH, but works much better to control a roaster oven. I glued the supplied k-thermocouple to the inside of the heated pan, near the heating element. The instructions use poor English (a native English manual writer could be a useful hire) and definitely leave out important details like the formula for controlling the PID feedback, or what each adjustment does. The defaults were mostly OK, but it still initially overshot temperature at power-up. The AT automated PID calibration run mode did not work properly for the integration time, but got close on all the other values, so I recommend running the AT mode first, and then hand-tuning the integration time to get appropriate damping (reduced overshoots). I had to manually up the integration term to around 1300 until it stopped overshooting on power up - a larger value was needed as the system has a lot of thermal mass and a long delay (120 seconds) from applying power to seeing a temperature rise. Using the "<<" button to change the working decimal position (for quickly increasing and decreasing large values) works well. The supplied 25Amp solid-state relay works well with a 10Amp load also. The "run" code description was confusing - "no manual" means it forces the unit to run in automatic (PID) mode, and locks out the "<<" button from being used to switch between auto (PID) and manual (percent on/off ratio) modes. "Loc" mode is useful to prevent accidental configuration changes. The unit should have an on/off button to the solid-state relay module so that adjustments can be made to temperature without actually heating anything.

## Features

- PID and ON/OFF Control Mode with high standard self-adjust function
- Multiple temperature sensors (K, S, Wre, T, E, J, B, N, CU50, PT100)
- Self-adjusting function and intelligent control of the instrument to ensure the long-term stability.It is more suitable for setups without water cycle, such as ovens.
- Accuracy of displaying and controlling 0.1C
- Character: PV: 4 digital 9.9mm height Red LED Letters. SV: 4 digital 8mm height Green LED Letters

## Technical Specifications

| Specification | Value |
|---------------|-------|
| Product Dimensions | 4.8 x 4.8 x 4.8 cm; 390 g |
| Item Weight | 0.39 Kilograms |
| Batteries required | No |
| Included components | Inkbird ITC-100VH Controller, Mounting bracket, 25A SSR, White heat sink, K Sensor, Manual |

## Product Details

- **Brand:** Inkbird
- **Colour:** White
- **Controller type:** Push Button
- **Model name:** ITC-100VH
- **Special features:** PID Control Mode, Multiple Temperature Sensors, Self-Adjusting Function

## Images

![AC 100 to 240V ITC-100VH Digital PID Thermostat Temperature Controller 25DA SSR K Thermocouple White Heat Sink - Image 1](https://m.media-amazon.com/images/I/61PrRwGE1OL.jpg)

## Customer Reviews

### ⭐⭐⭐⭐⭐ Review
*by T***G on 5 April 2026*

This model ITC-100VH is much better than ITC-106VH in terms of response and tuning capabilities. It works fine with my oven project. The only thing it can’t handle is an initial temperature overshoot but I guess that’s a nature of PID with constant factors. Precision-wise, I don’t think this unit includes a cold-junction compensation sensor but only a “calibration shift”. Therefore the temperature readings can be off by 5 - 10 degrees C out of box. My advice would be getting a better temperature sensor, do the comparison, and build your own calibration curve or mapping.

### ⭐⭐⭐⭐ Review
*by D***C on 15 February 2026*

The placement of electrical connectors on an ITC-100 unit makes it very difficult to connect the wiring once it is installed in a diecast box. I recommend partially inserting (about 1/2-inch or 13mm) the unit through the 45mmx45mm square hole you must cut into the box for the front panel, placing the included cream-grey square plastic retainer over the unit, and only then wiring up the unit. This gives the maximum room for a small screwdriver to fasten the wires. When done, slide the unit all the way in and pull back the plastic retainer towards the front panel to ratchet the unit into place. At this point it is difficult to slide the unit out of the box if the retainer ratchet can't be reached to release it. Alternatively, use a larger diecast box with its lid on the same or opposite side to the display, allowing easy access to wire and tighten the terminal screws. The ITC-100HV is more expensive than the ITC-106VH, but works much better to control a roaster oven. I glued the supplied k-thermocouple to the inside of the heated pan, near the heating element. The instructions use poor English (a native English manual writer could be a useful hire) and definitely leave out important details like the formula for controlling the PID feedback, or what each adjustment does. The defaults were mostly OK, but it still initially overshot temperature at power-up. The AT automated PID calibration run mode did not work properly for the integration time, but got close on all the other values, so I recommend running the AT mode first, and then hand-tuning the integration time to get appropriate damping (reduced overshoots). I had to manually up the integration term to around 1300 until it stopped overshooting on power up - a larger value was needed as the system has a lot of thermal mass and a long delay (120 seconds) from applying power to seeing a temperature rise. Using the "<<" button to change the working decimal position (for quickly increasing and decreasing large values) works well. The supplied 25Amp solid-state relay works well with a 10Amp load also. The "run" code description was confusing - "no manual" means it forces the unit to run in automatic (PID) mode, and locks out the "<<" button from being used to switch between auto (PID) and manual (percent on/off ratio) modes. "Loc" mode is useful to prevent accidental configuration changes. The unit should have an on/off button to the solid-state relay module so that adjustments can be made to temperature without actually heating anything.

### ⭐⭐⭐⭐⭐ Review
*by B***. on 23 February 2020*

Works very very good if you have electrical background very easy to install otherwise you have to think about what it is that you're trying to do with it before you turn it on

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*Product available on Desertcart Tunisia*
*Store origin: TN*
*Last updated: 2026-07-18*