Revolution

Revolutionary
Temperature Measurement

WiT-es Modern Temperature Measurement Solution

Traditional Temperature
Measurement

Traditional Temperature Measurement Method

Break Free from Cables and Maintenance Hassles:
Discover WiT-es

In industrial environments, temperature is one of the most essential parameters to monitor. It plays a direct role in process control, product quality, equipment safety, and energy efficiency. However, traditional temperature sensors come with significant limitations:

  • They require extensive wiring, making installation complex and costly
  • Battery-powered devices need periodic replacement or recharging
  • They are unsuitable for hard-to-reach, mobile, or high-vibration areas

These constraints make scalable, real-time temperature monitoring unfeasible — until now.

Traditional Temperature Monitoring

Introducing WiT-es: Wireless, Batteryless, and Built for Industry 4.0

WiT-es is a next-generation wireless temperature sensor developed by ESCOM-ES that operates completely without batteries or wired power. It is powered by harvesting energy from the temperature difference between a hot surface and its surroundings using a Peltier element.

  • Real-time, high-accuracy temperature measurement in industrial conditions
  • Batteryless operation through thermal energy harvesting
  • Dual-sensor design ensures automatic redundancy
  • Wireless transmission via BLE, Wi-Fi, Modbus, Profibus, and more
  • Seamless integration into SCADA and PLC systems

WiT-es can be installed on pipelines, pressure vessels, or moving machinery — making it the most versatile sensor of its kind.

Real-Time Thermal Intelligence at Your Fingertips

WiT-es is more than a sensor — it's a smart data node that provides critical thermal insights continuously and autonomously. It enables operators to take control before issues arise.

  • Monitor thermal behavior across mobile or remote locations
  • Prevent overheating, optimize system performance, and reduce downtime
  • Eliminate all battery-related risks and maintenance routines
  • Deploy multiple sensors without the need for complex infrastructure

WiT-es enables smarter operations by delivering energy-efficient, reliable, and maintenance-free temperature monitoring — perfectly aligned with the demands of Industry 4.0.

WiT-es Wireless Temperature Sensor Product Image
WiT-es Clamp Installation
WiT-es Wireless Temperature Sensor Specifications
  • Manufacturer: ESCOM Enhanced Solutions
  • Category: Industrial Sensors
  • Power Source: Energy Harvester / Heat Energy
  • Wireless Technology: Improved Bt / LoRa / NB-IoT

Description:
WiT-es is a patented, self-powered, wireless temperature sensor designed for industrial applications. It eliminates the need for batteries, wiring, and tedious maintenance, providing accurate, real-time monitoring in power plants, chemical facilities, refineries, and more.

Temperature Sensor Icon

Sensors

Temperature

Data Transmission Icon

Data Transmission

Bt / LoRa / NB-IoT

Sampling Rate Icon

Sampling Rate

500ms

Process Rate Icon

Process Rate

500ms

RF Transmission Icon

RF Transmission

+8dBm

Power Consumption Icon

Power Consumption

138 μWatt

Power Source Icon

Power Source

Energy Harvester - Heat

WiT-es Industrial Application

Traditional Methods of Temperature Monitoring in Pipes


Traditional in-pipe temperature sensors, including thermocouples, RTDs, and thermistors, have been essential in various industries for monitoring temperature variations. However, they present several drawbacks. These conventional sensors rely on wired connections for data transmission and power supply, necessitating complex and extensive cabling infrastructure. Cable trays and platforms must be installed to accommodate wiring, increasing costs and architectural requirements. Over time, cables are susceptible to deterioration, leading to signal loss, inaccurate measurements, and potential safety hazards. Regular maintenance is essential to address these issues, adding to operational expenses. Furthermore, the dependence on external power sources or batteries results in additional maintenance and environmental concerns related to battery disposal. In summary, traditional in-pipe temperature sensors, while effective, present challenges in terms of high installation and maintenance costs, complex cabling, and environmental impacts. Modern wireless and self-powered alternatives like WiT-es offer a more sustainable, low-maintenance, and cost-effective solution for industrial temperature sensing applications.

WiT-es Installation Example

Sustainable Solution for Industry 4.0
Self-Powered - Wireless


Sensors are a crucial component of industrial production, providing vital data for quality control, process monitoring, and automation. With the increasing digitization of industries, the scope of sensor applications has grown exponentially. Moreover, sustainability has become a driving force for Industry 4.0 projects and the Industrial Internet of Things (IIoT). ESCOM Enhanced Solutions' wireless and self-powered sensors provide a crucial step in achieving this goal. Our commitment to innovation and excellence, our products, like WiT-es, are designed to offer the highest levels of accuracy, efficiency, and reliability for diverse industrial applications, with continuous monitoring to ensure optimal performance. WiT-es wireless, batteryless temperature sensors have been developed on the principle of energy harvesting, drawing energy from temperature differences. They do not require any wires or batteries for operation, making them flexible, inexpensive to install, and maintenance-free. The combination of wireless technology and energy harvesting eliminates the need for battery replacement or kilometers of cables, conduits, cable ways, saving time and labor costs, while also preserving resources and protecting the environment.

ESCOM Enhanced Solutions Logo
ESCOM Enhanced Solutions Backcover
WiT-es 3D Model Preview

Click to view interactive 3D model

Power Source Thermoelectric Harvester
Installed Sensors Temperature
Data Transmission BLE / Zigbee / Lora / NB-IoT
Rf Transmission Power +8dBm
Data Output Temperature
Operating Temperature -40 to +105 °C
Power Consumption 70 to 170 µW
Weight 260 grams
Refund 30 days
Warranty 1 years
Customizable Yes
Sampling Refresh Rate 500ms
Measuring Ranges -40 to +1200 °C
Connection Size 1/4'' NPT, 3/8'' NPT, 1/2'' NPT, 3/4'' NPT, 1'' NPT, 1/4'' BSP, 3/8'' BSP, 1/2'' BSP, 3/4'' BSP, 1'' BSP, Flange Ø 50-36, Flange Ø 65-45, Flange Ø 75-50, Flange Ø 90-60, Flange Ø 95-65, Flange Ø 105-75, Custom
Applications Oil and Gas, Petrochemical Industry, Chemical Industry, Power Generation, Process Engineering, Plant Construction, Metal Processing, Cement Industry, Glass Industry, Garbage Incineration
Sensor Types PT100/1000, Thermocouples, NTC, TC

Self-powered by energy harvesting technology, minimizing dependency on external power sources

Wireless data transmission, eliminating the need for extensive cabling and associated costs

Reduced installation time and labor due to simplified wiring requirements

Decreased reliance on cable trays, channels, and ties, leading to lower infrastructure costs

Battery-free operation, ensuring eco-friendly and maintenance-free usage

Prevention of wiring-related issues and fire risks, increasing safety and reliability

Cost-effective alternative to traditional wired solutions without sacrificing performance

Compact design for efficient use of space and unobtrusive installation

Easy commissioning, signal loop checks, and functioning for hassle-free operation

Streamlined calibration process for maintaining sensor accuracy

User-friendly application and setup, enabling quick deployment in various environments

Ultra-low energy consumption, maximizing the benefits of energy harvesting technology

Environmentally conscious design, supporting sustainable industrial practices

Compact and versatile form factor, adaptable to diverse applications and installation spaces

Simple and fast installation, reducing setup time and improving overall efficiency

WiT-es is a wireless, batteryless temperature sensor developed and patented by ESCOM Enhanced Solutions (ESCOM-ES). Designed for use in pipes and vessels across various industries, it harvests power from ambient waste energy sources like heat or vibrations, making it self-powered and maintenance-free.

WiT-es harvests ambient waste energy from sources like heat or vibrations. This self-powering capability eliminates the need for batteries or external power sources. It transmits temperature data wirelessly using technologies like Bt, Zigbee, Lora, and BLE.

WiT-es reduces operational costs, requires minimal maintenance, provides real-time monitoring, and enhances process control. Its wireless, eco-friendly, and scalable design simplifies installation and improves efficiency.

WiT-es is self-powered, wireless, cost-effective, and maintenance-free. It offers real-time monitoring, easy installation, and is eco-friendly, making it an efficient solution for industrial applications.

WiT-es lowers costs, simplifies installation, provides real-time monitoring, and supports sustainable practices by harvesting energy from ambient sources.

WiT-es stands out with its self-powered design, eliminating the need for external power. It offers wireless, real-time monitoring, making it a more efficient and sustainable alternative.

Yes, WiT-es supports multiple interfacing options like 4-20mA, Modbus, OPC-UA, PROFINET, PROFIBUS, EtherCAT, and IO-Link for seamless integration.

WiT-es has low energy consumption, a compact design, and self-powering capabilities, reducing environmental impact and promoting eco-friendly operations.

WiT-es captures ambient waste energy, such as heat, vibrations, motion, sunlight, or magnetic fields, converting it into usable electrical energy, eliminating the need for batteries.

WiT-es is designed for industries needing continuous temperature monitoring, including power plants, chemical plants, petroleum refineries, and food processing facilities.