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FIEO Registered Export Ready

OPTITEMP TRA-V10 Resistance (RTD) compact sensor for measuring indoor air temperature in HVAC

Name: OPTITEMP TRA-V10 Resistance (RTD) compact sensor for measuring indoor air temperature in HVAC
Brand: shakti power solutions
SKU: 8610431
Availability: InStoreOnly

Sold by shakti power solutions pvt limited · Service Provider , Manufacturer, Professional Services, Retailer, Distributor, Exporter, Importer, Wholesaler · Amritsar, Punjab, India

Price

Price on request

In stock

Minimum order: 1 unit

Export Snapshot

MOQ

1 unit

Lead time

On request

Packaging

Standard export packaging

Shelf life / longevity

As per product specification

HS Code

On request

Origin

India

Port of dispatch

On request

Export markets served

Global markets

Values shown are for shakti power solutions pvt limited.

Compliance & Certifications

FIEO Registered

Suitable for

Importers · Distributors · Wholesalers

Amritsar Dispatch on request FIEO member

shakti power solutions pvt limited

Service Provider , Manufacturer, Professional Services, Retailer, Distributor, Exporter, Importer, Wholesaler · Amritsar, Punjab, India

Registered address: Amritsar, India. Industry: Healthcare, Medical Supplies & Pharmaceuticals > Diagnostic Centres & Laboratories.

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Established

Not shared

Employees

–

GST

03ABGCS0227D1ZZ

IEC code

Not shared

Export markets

Global markets

GlobalLinker Member Since

Dec 2018

Turnover

Incorporation Type

On request

Verified Seller Chartered Engineer Solar Chartered Engg MSME Elctrical Licence Electrical Supervisor

Product details

What are the specifications of this product?

Overview

OPTITEMP TRA-V10 Resistance (RTD) compact sensor for measuring indoor air temperature in HVACTRA-V10 RTD Temperature Sensor is a compact resistance-temperature detector designed for precision thermal monitoring in indoor HVAC and building automation systems. Utilizing a high-purity Pt100 or Pt1000 platinum element housed in a slim probe, the sensor provides stable, low-drift readings for room and duct airflow monitoring. The architecture features multiple termination options (connector or cable) to match control-loop impedance and transmitter requirements. Configured for large-volume production and OEM/private-label collaborations, units are supplied with lot-based traceability and test certificates. Packaging utilizes protective shipping tubes with desiccant. Available in large-volume formats for systems integrators and industrial transmitter supplier channels with consolidated documentation and batch COA per shipment.Key FeaturesPlatinum RTD technology → provides superior long-term resistance stability and low thermal hysteresis under repeated operational cycles.Slim probe housing → features a high-velocity profile for fast thermal coupling and reduced response time in HVAC airflow applications.Standardized termination options → supports direct integration to facility transmitters and controllers via 2, 3, or 4-wire configurations.Technical AttributesSensor Element: PT100 / PT1000 → selection parameter matched to transmitter input requirements and desired sensitivity.Probe Form Factor: Compact cylindrical → ensures mechanical compatibility with ceiling, duct, or panel-mount ports.Accuracy Class: Industrial-grade RTD → defines the measurement confidence levels for institutional building controls.Termination Logic: 2-/3-/4-wire → minimizes lead-wire error for different installation lengths and site conditions.

Product Description

Resistance RTD Probe Construction and Traceability Logic of the TRA-V10

The technical framework of the TRA-V10 RTD Temperature Sensor utilizes a precision platinum sensing element encapsulated within a slim metallic probe housing. The structural reasoning for this design is to achieve maximum surface area contact with the surrounding air while protecting the fragile resistor from mechanical fatigue. Measurement physics rely on the predictable increase in electrical resistance as the platinum wire heats; a failure in the element's encapsulation—due to microscopic seal breach—leads to moisture ingress and "insulation breakdown." This results in erratic signal noise and "low-side drift," where the controller perceives a temperature much lower than reality, potentially triggering unnecessary heating and increasing facility energy waste by up to 15%. The probe body is mechanically isolated from the connection block to reduce conductive errors from the mounting surface. Critical materials are selected to limit corrosion and enable clean electrical contacts. Manufacturing includes lot-based electrical testing and a COA that records element type, wire configuration and resistance at reference temperature.

Functional Performance & Operational Efficiency in HVAC Control

Designed for fast thermal response in forced-air conditions, the sensor yields repeatable readings suitable for PID control loops and HVAC monitoring. Lead-wire compensation is supported via 3- or 4-wire connections to reduce measurement error over longer runs. Typical operational behavior: stable drift over months under normal indoor conditions and predictable sensor time-constant behavior when installed in duct with airflow. Electrical compatibility supports common transmitter input ranges used by industrial control systems. A failure to properly install the lead-wire compensation leads to systematic offsets in the facility's master climate data—a failure mode that compromises the air quality and efficiency of unconditioned IT rooms. The high accuracy class of the platinum element ensures that the sensor maintains its calibration longer than NTC thermistors, effectively lowering the long-term total cost of ownership by extending the manual verification cycle.

Application & Industry Deployment for Building Management Systems

Primary use cases include commercial HVAC systems, data center environment monitoring, and institutional building controls where dependable room or duct temperature measurement is required. Suitable for OEM integration into control panels and for private-label programs that require component-level traceability. Units are packaged and shipped with consolidated technical documentation to facilitate procurement by systems integrators and institutional buyers. Volume supply formats and consolidated lot documentation support project-level procurement and installation scheduling. For international projects, export-readiness is supported through lot-specific test certificates and technical specification sheets. Failure to implement moisture-controlled packaging during transport can lead to terminal oxidation, which results in high-impedance electrical joints upon site commissioning. This high-authority approach ensure procurement teams receive verified, site-ready sensors that meet the performance requirements of global infrastructure markets.

Frequently Asked Questions

What sensor elements are available for site matching? Both PT100 and PT1000 RTD elements are available; select based on transmitter input type.
How is calibration traceability provided? Each lot includes an electrical test report and COA listing resistance at reference temperatures and lot identifiers.
What mounting options exist? Probe with compression fitting, panel-mount head, and direct duct-mount configurations are available.
How does moisture affect the sensor during shipping? Protective tubes with desiccant are used; internal seals and gaskets limit ingress into the element cavity.
What documentation supports institutional handoffs? Lot-specific test certificates, technical datasheets, and batch packing lists are issued with shipments.

Description provided by shakti power solutions pvt limited.

Specifications

Product Type	Flow Component / Auxiliary Equipment
Product Positioning	For remote data services, acquisition and evaluation
Ambient Temperature Range	-40 to +80 °C
Ingress Protection	IP68
Product Family Name	OPTIBRIDGE
Availability	In Stock
Technology	Resistance Temperature Detector (RTD)
Primary Use	Indoor Air Temperature in HVAC
Mounting	Compact sensor for easy integration
Data Integration	Compatible with IIoT systems
Power Requirement	Battery or mains powered (depending on configuration)
Communication	Supports remote monitoring and data logging through IIoT

Use cases

Category	Industrial Sensors > Temperature Sensors > RTD Temperature Sensors
Primary application	Wholesale, distribution, and international sourcing
Brand	shakti power solutions
Product type	Product

Logistics & handling

Lead time	On request
Packaging	As per buyer requirement
Storage condition	As recommended by supplier
Origin	India
Form	As listed by supplier

Commercials (this seller)

Minimum order	1 unit
Lead time	On request
Payment terms	As per negotiated commercial agreement.
Checkout type	enquiry

Buyer questions

Frequently asked by buyers

Common questions B2B buyers ask before sourcing OPTITEMP TRA-V10 Resistance (RTD) compact sensor for measuring indoor air temperature in HVAC. Answers compiled from verified sellers' commercial terms and platform data.

Q: Can the OPTITEMP TRA-V10 sensor be integrated with existing HVAC control systems?

A: Yes, the OPTITEMP TRA-V10 is designed for integration with IIoT platforms and supports common protocols for seamless HVAC control system compatibility.

Q: Is the OPTITEMP TRA-V10 sensor suitable for environments with high moisture or dust?

A: Absolutely, its IP68 rated waterproof and dustproof housing ensures reliable operation even in challenging indoor environments with high moisture or dust.

Q: What temperature range can the OPTITEMP TRA-V10 accurately measure?

A: It accurately measures indoor air temperatures from -40°C up to +80°C, covering a broad range for various HVAC applications.

Q: Does the OPTITEMP TRA-V10 support remote monitoring capabilities?

A: Yes, this sensor supports IIoT applications enabling remote data acquisition and monitoring for enhanced HVAC process management.

Q: What power options are available for the OPTITEMP TRA-V10 sensor?

A: The sensor is compatible with both battery and mains power options depending on the specific device configuration.

Question not answered? Ask sellers directly — typical response within 4 hours.