Industrial insulated ducting with ducting velocity, temperature, humidity,co2 sensor

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Industrial insulated ducting with ducting velocity, temperature, humidity,co2 sensor

Name: Industrial insulated ducting with ducting velocity, temperature, humidity,co2 sensor
Brand: OMMKARA SENSOR EQUIPMENT PRIVATE LIMITED
Price: 10000 INR
Availability: InStock

Price 10000 INR/ Piece

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MOQ : 1 Piece

Industrial insulated ducting with ducting velocity, temperature, humidity,co2 sensor Specification

Type
Industrial Insulated Ducting with Integrated Sensors

Theory
HVAC air handling, air quality, environmental control

Capacity
Customizable to system airflow requirements

Exterior Material
Galvanized Steel/Aluminum sheet with powder coating (optional SS304/SS316)

Interior Material
Pre-coated or stainless steel sheet for corrosion resistance

Insulation Material
PUF (Polyurethane Foam) / Glasswool / Rockwool (25-100 mm)

Internal Size
Available from 200 mm to 1000 mm (standard and custom sizes)

External Size
Varies according to insulation thickness and required internal size

Circulation System
Forced air (mechanical fans)

Heating System
Electric or hot water coil heating

Humidifying System
Ultrasonic/ElectrodeSteam/Evaporation based humidifiers optional

Cooling System
Integrated chilled water coil/Direct Expansion (DX)

Dehumidifying System
Condensation coil or desiccant system optional

Controller System
Microprocessor control with dedicated interface for sensor feedback

Humidity Range
10% - 95% RH (adjustable)

Temperature Range
-20C to +60C (depending on insulation and coil)

Application
Cleanroom, laboratory, commercial, industrial HVAC, process control

Air-tightness
Less than 0.05% air leakage at 1000 Pa

Service Access Provision
Inspection doors for cleaning and maintenance

Pressure Sensor
Differential pressure range 0-2500 Pa; suitable for filter monitoring

Temperature Sensor Accuracy
0.2C sensor precision

Sensor Communication Type
Modbus RTU/RS485/4-20mA/0-10V for BMS integration

Leakage Class
Class C or D as per EN 12237

Ducting Velocity Sensor Range
0.2 - 20 m/s (selectable models, integrated with digital output)

Gas Detector
Compatible with VOC, refrigerant or combustible gas sensors (see image for example)

Noise Level
< 40 dB(A) at 1 m (with internal lining)

Mounting System
Ceiling suspended with vibration isolators

Humidity Sensor Precision
2% RH full scale

Fire Retardant Standard
FM/UL Certified insulation available

CO2 Sensor Range
0-5000 ppm with analog/digital signal output

Industrial insulated ducting with ducting velocity, temperature, humidity,co2 sensor Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash Against Delivery (CAD), Cash on Delivery (COD), Cash Advance (CA)

Supply Ability
40 Pieces Per Month

Delivery Time
4 Days

Main Domestic Market
All India

Industrial insulated ducting with ducting velocity, temperature, humidity,co2 sensor About

Industrial insulated ducting system with integrated air quality and flow monitoring, a typical arrangement includes the duct, insulation, airflow measurement, and environmental sensors connected to a Building Management System (BMS) or PLC.

Typical System Configuration

AHU/Fan

Insulated GI / SS Duct

Air Velocity Sensor
Temperature Sensor
Relative Humidity Sensor
CO Sensor

Supply Air to Process / Room
Recommended Components
Component
Purpose
Typical Range
Insulated duct
Reduces heat gain/loss and condensation
2550 mm insulation (PUF, Rockwool, or Glass Wool)
Air velocity sensor
Measures airflow speed: 020 m/s
Temperature sensor
Measures supply/return air temperature : -20 to 80C
Relative humidity sensor: CO sensor
Measures moisture content: 0100% RH
Monitors indoor air quality and ventilation: 02,000 ppm or 05,000 ppm

Precision Sensing for Effective Environmental Control

Integrated sensors deliver accurate real-time data on airflow, temperature, humidity, CO2, and pressure, ensuring optimal indoor air quality and process stability. With selectable sensor ranges and digital/analog outputs, the system provides seamless feedback and monitoring for HVAC and process automation.

Reliable Construction with Superior Insulation

Designed for demanding industrial and laboratory environments, the ducting is built from galvanized steel or aluminum, with optional stainless steel interiors for corrosion resistance. Insulation choices range from PUF to glasswool and rockwool, all FM/UL certified for fire safety and exceptional thermal performance.

Simple Integration, Maintenance, and Monitoring

The system is designed for easy installation with ceiling-suspended mounting and vibration isolators. Inspection doors allow convenient access for cleaning and maintenance. BMS compatibility ensures straightforward integration and control, while low noise and leak-proof construction make it suitable for sensitive applications.

FAQ's of Industrial insulated ducting with ducting velocity, temperature, humidity,co2 sensor:

Q: How can industrial insulated ducting with integrated sensors benefit cleanroom or laboratory HVAC systems?

A: This ducting ensures precise monitoring and control of air velocity, temperature, humidity, pressure, and CO2, which is crucial for maintaining strict indoor air quality standards in cleanrooms and laboratories. Real-time sensor feedback helps sustain critical parameters, optimizing safety and productivity.

Q: What process is involved in installing the ducting system and connecting to building management systems (BMS)?

A: The system is installed using a ceiling-suspended mounting with vibration isolators. All sensors offer digital/analog outputs (e.g., Modbus RTU, RS485, 4-20mA, 0-10V), enabling easy integration with new or existing BMS for automated monitoring and control.

Q: Where is this insulated ducting typically used?

A: It is ideal for environments where air quality, temperature, and humidity control are essential-such as cleanrooms, pharmaceutical labs, commercial buildings, industrial plants, and data centers requiring robust HVAC infrastructure.

Q: What makes the ducting reliable for filter and air quality monitoring?

A: Equipped with a high-precision differential pressure sensor (0-2500 Pa) for filter status monitoring, as well as CO2, VOC, refrigerant, and combustible gas sensor compatibility, the ducting offers advanced diagnostic and safety features for continuous air quality assurance.

Q: How does the ducting's insulation and air-tightness improve energy efficiency?

A: FM/UL certified PUF, glasswool, and rockwool insulation minimize thermal losses, while Class C/D air-tightness ensures less than 0.05% air leakage at 1000 Pa. This combination reduces HVAC energy consumption and operational costs.

Q: What is the range of humidity and temperature that the ducting can handle?

A: The system supports adjustable humidity control from 10% to 95% RH and can manage temperatures from -20C to +60C, depending on insulation and coil selection. This versatility suits a wide variety of climate demands.

Q: When should service or maintenance of the ducting and sensors be performed?

A: Routine maintenance is recommended based on operational hours and air quality load. Convenient inspection doors facilitate sensor calibration, cleaning, and internal inspection to maintain optimal system performance and accuracy.

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