Wireless Thermocouple Sensors

Wireless Thermocouple Sensors Specification

Humidity
5% - 95% RH

Features
Wireless communication, portable, real-time monitoring

Interface Type
Wireless RF (Radio Frequency)

Response Time
<1 second

Mounting Type
Surface/Probe-mounted

Temperature
-200C to 1300C

Measuring Range
K-type thermocouple, -200C to 1300C

Frequency
2.4 GHz RF

Test Range
Varies by model

Power Supply
Battery Operated

Automation Grade
Automatic

Accuracy
0.5% of reading

Resolution
0.1C

Operating Voltage
3V to 5V (Battery Powered)

Equipment Type
Wireless Thermocouple Sensor

Display Type
Digital (External, via wireless interface)

Application
Temperature Measurement

Usage
Industrial, laboratory, remote monitoring

Capacity
Depends on sensor model

Alarm Function
High/Low temperature alarms via remote

Input Channels
Single/Twin Thermocouple Input (Model Dependent)

Data Transmission Interval
Configurable, typically 2 seconds

Protection Class
IP65

Enclosure Material
ABS Plastic or Metal

Storage Temperature
-40C to 85C

Battery Life
Up to 12 months

Sensor Type
K-type Thermocouple

Firmware Upgradable
Yes

Wireless Range
Up to 100 meters line of sight

Wireless Thermocouple Sensors Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
7 Days

About Wireless Thermocouple Sensors

Vedantrik Wireless Thermocouple Sensors provide an advanced and reliable solution for temperature monitoring in mass concrete structures. The system is specially designed to measure the internal temperature of concrete during the hydration process, helping engineers control thermal gradients and prevent thermal cracking in large concrete elements.

Mass concrete structures such as raft foundations, pile caps, piles, dams, footings, and large foundations generate significant heat during cement hydration. If the temperature difference between the concrete core and surface becomes excessive, it may lead to thermal stress and cracking.

Using Vedantrik wireless thermocouple sensors, engineers can continuously monitor concrete temperature in real time without the complexity of long cables or external power supply.

Thermocouple Installation in Concrete

For accurate concrete temperature monitoring, thermocouple sensors are installed inside the reinforcement cage before concrete pouring.

At a typical monitoring location, 34 thermocouple sensors are installed at different depths when the concrete thickness is around 1.82.0 meters.

The sensors are generally positioned at:

* Top layer of concrete

* Middle or core zone

* Bottom layer

Each sensor is securely fixed to the reinforcement bars using cable ties or binding wire to ensure stable positioning during concrete pouring and vibration.

Advantages of Vedantrik Wireless Thermocouple Sensors

The Vedantrik wireless monitoring system eliminates traditional wiring and simplifies temperature monitoring on construction sites.

Key advantages include

Completely Wireless Concrete Temperature Monitoring

Battery Operated Thermocouple Sensors

No Long Cable Installation Required

Quick and Easy Site Installation

Continuous Real-Time Concrete Temperature Monitoring

Suitable for Mass Concrete Structures

This system reduces installation complexity while providing accurate temperature data throughout the concrete curing period.

Concrete Temperature Monitoring Duration

Concrete temperature is typically monitored for 7 to 14 days after casting, depending on project specifications.

The collected temperature data helps engineers evaluate:

* Peak hydration temperature

* Core vs surface temperature difference

* Thermal cracking risk in mass concrete

* Concrete maturity and strength development

These measurements are critical for quality control, structural durability, and compliance with thermal control plans in infrastructure projects.

Applications

Vedantrik Wireless Thermocouple Sensors are widely used in:

* Mass Concrete Temperature Monitoring

* Raft Foundation Monitoring

* Pile and Pile Cap Monitoring

* Bridge Foundations

* Dam Construction Projects

* Large Industrial Foundations

Why Choose Vedantrik Wireless Thermocouple Sensors

Vedantrik offers a cost-effective, reliable, and easy-to-install concrete temperature monitoring system that helps contractors, consultants, and project engineers maintain proper thermal control in mass concrete construction.

The wireless design eliminates cable management issues, reduces installation time, and ensures continuous temperature monitoring during the most critical curing period.

Wireless thermocouple sensors

Battery operated No external power required

No long cable runs

Real-time temperature monitoring of concrete core

Maturity & strength estimation possible

Ideal for raft foundations, piles, footings and mass concrete

Durable Design for Demanding Environments

Engineered with ABS plastic or metal enclosures and rated at IP65, these wireless sensors thrive in settings exposed to dust, splashes, and temperature extremes. The versatile storage range from -40C to 85C preserves functionality during downtime, making them ideal for a wide range of industries, from manufacturing lines to cold storage facilities.

Flexible Monitoring with Configurable Features

Enjoy the benefit of configurable data transmission intervals, letting you balance between real-time monitoring (as fast as every 2 seconds) and battery longevity. Alarm functions instantly notify you of temperature excursions, and depending on the model, you can monitor one or two points simultaneously with single or twin thermocouple inputs.

FAQ's of Wireless Thermocouple Sensors:

Q: How do I install and set up the wireless thermocouple sensor?

A: Simply mount the sensor in your desired location using the provided enclosure. Insert your K-type thermocouple(s), power the sensor, and follow the supplied setup instructions to configure data intervals and connect to your wireless network. Firmware updates can be performed remotely as needed.

Q: What is the maximum range for wireless communication?

A: The sensor transmits data wirelessly up to 100 meters in open, unobstructed (line of sight) environments, offering flexibility for installation across various facility sizes.

Q: When should I configure the data transmission interval, and why?

A: The transmission interval determines how often temperature readings are sent. Adjust it depending on your application-choose shorter intervals (like 2 seconds) for rapid monitoring, or longer intervals to extend battery life, which can last up to 12 months under typical usage.

Q: Where can these sensors be used effectively?

A: Designed for resilience, the sensors can be used in industrial plants, warehouses, food storage, or any setting requiring reliable temperature tracking, thanks to their IP65 protection and wide storage temperature range.

Q: What benefits do the high/low alarm functions provide?

A: The alarm functions allow remote monitoring and instant notification of temperature deviations, helping to prevent damage to sensitive equipment or products and ensuring process compliance.

Q: How do I upgrade the sensor's firmware?

A: Firmware upgrades are delivered wirelessly, enabling you to update the device without physical intervention-ensuring your sensor remains current with the latest improvements.