In Bangladesh’s rapidly developing industrial and manufacturing sectors, temperature control is a critical element for ensuring quality, safety, and operational efficiency. From textiles and garments to pharmaceuticals, food processing, and power plants, precise temperature management is essential — and temperature controllers are at the heart of these systems.
As such, the demand for professional temperature controller services in Bangladesh — including installation, calibration, troubleshooting, and maintenance — has been steadily growing.
A temperature controller is an electronic device that receives input from a temperature sensor (such as a thermocouple or RTD), compares it to a desired setpoint, and outputs a control signal to regulate heating or cooling equipment accordingly. It ensures that a process stays within a defined temperature range.
There are different types of temperature controllers used across industries:
On/Off Controllers
PID (Proportional-Integral-Derivative) Controllers
Programmable Temperature Controllers
Digital Controllers with RS485, Modbus, or Ethernet communication
Popular brands used in Bangladesh include Autonics, Omron, Yokogawa, Honeywell, Eurotherm, and Delta.
Over time, temperature controllers can drift, malfunction, or lose calibration, leading to:
Product quality issues
Wasted energy
Equipment damage
Non-compliance with regulatory standards
Regular servicing ensures:
Accurate control of temperature-sensitive processes
Compliance with standards such as ISO, GMP, HACCP, and FDA
Reduced downtime and maintenance costs
Improved energy efficiency
1. Installation and Configuration
Mounting and wiring the controller to sensors and actuators (heaters, fans, chillers)
Configuring the input type (RTD, thermocouple), output type (relay, SSR, 4-20mA), and control mode (PID, On/Off)
Setting alarms, time delays, and ramp/soak profiles for advanced processes
2. Calibration and Testing
Verifying temperature readings and control accuracy against a certified reference
Tuning PID parameters for optimal performance
Certification provided by ISO/IEC 17025-accredited laboratories (where required)
3. Troubleshooting and Repair
Diagnosing issues like inaccurate readings, unstable outputs, sensor mismatches, or relay failures
Repairing or replacing faulty display panels, inputs, or output modules
Checking power supply, wiring integrity, and grounding
4. Preventive Maintenance
Cleaning internal components and terminals
Verifying parameter settings, output control, and safety interlocks
Updating firmware or software where applicable
5. Controller Replacement or Upgrade
Upgrading analog controllers to digital PID units
Integrating with SCADA, PLCs, or IoT systems
Retrofits for aging control systems in legacy industrial setups
Textile and Garments – Curing machines, dyeing units, dryers
Pharmaceuticals – Tablet dryers, fermentation units, cleanroom environments
Food and Beverage – Baking ovens, cold storage, packaging lines
Chemical and Petrochemical – Reactor vessels, distillation columns
Power Generation – Boiler systems, turbine controls
HVAC and Cold Chain – Chillers, AHUs, refrigeration units
Several local and international firms provide expert services, including:
LabAsia Calibration Services – Offers controller calibration, loop testing, and certification
Multitech Engineering & Calibration – Specializes in industrial automation and control systems
Instrument Control & Engineering (ICE) – Authorized distributor and service provider for major controller brands
BSTI (Bangladesh Standards and Testing Institution) – National standards body for instrument calibration
Various system integrators and automation companies providing turnkey solutions
Lack of awareness among small-scale industries about PID tuning and regular calibration
Shortage of trained automation technicians in rural and semi-urban areas
Frequent power surges and electrical noise, leading to controller malfunctions
Over-reliance on cheap, low-quality controllers with no local support or spares
As smart factories and digital transformation become priorities, future developments include:
IoT-enabled temperature controllers for remote monitoring and control
Cloud integration for data logging, analysis, and predictive maintenance
AI-driven PID auto-tuning for process optimization
Mobile apps and dashboards for real-time control and alarm notifications
These trends are expected to drive the need for more advanced services and skilled personnel in Bangladesh’s industrial automation landscape.
In a country like Bangladesh, where temperature-sensitive industries are booming, the role of professional temperature controller service is more important than ever. Regular calibration, maintenance, and upgrading of these controllers not only protect equipment and ensure product quality but also enhance energy efficiency and regulatory compliance.
Whether you're managing a production line, running a food processing unit, or operating a pharmaceutical facility, investing in reliable temperature controller service is essential for long-term success.