1/2
FIEO Registered FIEO Registered Export Ready

OPTIWAVE 6500 Radar (FMCW) level transmitter for powders and dusty atmosphere

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 FIEO Registered
Suitable for

Importers · Distributors · Wholesalers

Know your supplier

shakti power solutions pvt limited is a Service Provider , Manufacturer, Professional Services, Retailer, Distributor, Exporter, Importer, Wholesaler based in Amritsar Punjab India.

Amritsar Dispatch on request FIEO member
shakti power solutions pvt limited logo

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.

Established
Not shared
Employees
GST
03ABGCS0227D1ZZ
IEC code
Not shared
Export markets
Global markets
GlobalLinker Member Since
Dec 2018
Turnover
Incorporation Type
On request
Product details

What are the specifications of this product?

Overview

OPTIWAVE 6500 Radar – FMCW Level measurement InstrumentOPTIWAVE 6500 is a frequency-modulated continuous-wave (FMCW) radar level transmitter specifically tailored for powders and dusty atmospheres in industrial bulk handling. Utilizing a high-frequency antenna and advanced signal-processing algorithms, the sensor suppresses particulate noise to deliver consistent level readings in challenging process processes such as silos and hoppers. The unit architecture includes a focused antenna design to maintain beam integrity and minimize buildup effects on the faceplate. Units ship with sealed packaging and anti-static interior protection, ensuring supply-readiness for large-volume requests and OEM panel integration. Serialized calibration certificates and factory alignment data provide the technical depth required for site commissioning and regulatory review. This metering component is essential for facilities requiring non-contact, high-accuracy level detection in environments where dust impair traditional sensors.Key FeaturesFMCW radar processing → provides high-resolution reflectivity detection, significantly reducing false echoes in high-dust environments.Focused antenna architecture → maintains beam narrowness to minimize interference from internal vessel structures and buildup.Serial calibration record → documents baseline factory performance and zero-point calibration for simplified site commissioning.Technical AttributesMeasurement Range: Selection parameter for vessel height → determines suitability for silos versus hoppers.Beam Angle: Antenna-specific selection → affects sensitivity to internal obstructions and dust scattering.Enclosure Protection: IP66/IP67 ratings → selection parameter for suitability in washdown or dusty atmospheres.Signal Processing: Adaptive algorithms → determines immunity to broadband particulate noise and multipath reflections.

Product Description


Sensor Construction and Signal Path Logic of the OPTIWAVE 6500

The technical framework of the OPTIWAVE 6500 Radar (FMCW) level transmitter utilize a 80 GHz high-frequency front end coupled to a focused Drop or Lens antenna. This FMCW architecture emits a continuous chirp and analyzes the return frequency shift to calculate distance with millimeter precision. The structural reasoning for the 80 GHz frequency is to achieve a narrow beam angle (typically 4°), which allows the radar to measure close to silo walls or around internal baffles without triggering "false surface" detections. Internal signal filters are engineered to attenuate the broadband scatter caused by airborne dust during filling operations. In real operational scenarios, a failure to suppress particulate noise results in erratic level readings or the sensor "locking" onto a dust cloud—a failure mode that causes hopper overfills and production downtime. The antenna faceplate is constructed from high-performance polymers (PEEK/PTFE) to resist material adhesion. Manufacturing include functional range testing and factory alignment data recorded per serial number to ensure consistent measurement performance across production lots.

Functional Performance and Operational Efficiency in Dusty Processes

Operational efficiency is enhanced through the transmitter’s ability to maintain a stable level signal even during extreme dust events, reducing the need for manual sounding or secondary point-level switches. FMCW processing improves range stability and reduces calibration drift caused by atmospheric variations within the silo. The unit supports remote configuration via HART or digital fieldbus protocols, allowing technicians to tune the "confidence thresholds" without accessing the top of the vessel—a critical safety standard for B2B facility management. Durable antenna materials and the optional purge/vent connections lower maintenance time related to faceplate buildup in abrasive bulk-solid processes. If the antenna becomes excessively coated, the integrated diagnostics trigger a health alarm before the signal-to-noise ratio falls below the measurement threshold. This predictive maintenance capability ensures that the level transmitter serves as a reliable asset in continuous production environments, providing accurate data for inventory management and automated vessel control loops.

Institutional Deployment and Logistics for Level Sensors

Designed for silos, hoppers, and bulk-handling nodes in the cement, grain, and chemical industries, the OPTIWAVE 6500 is configured for the logistical requirements of large-scale procurement. Units are packed in sealed anti-static bags with desiccant to prevent moisture-induced drift during storage. Multimodal transit protection include foam-inset crates and reinforced cartons to protect the sensitive RF alignment and antenna assembly. Failure to use shock-protected packaging results in microscopic displacement of the microwave feed, leading to a loss of signal sensitivity. For international projects, supply-readiness is documented through lot-specific calibration certificates and compliance declarations (CE/IEC). Export-ready shipments include packing lists and configuration snapshots for the delivered firmware build. OEM panel integration options and branded labeling are available for system builders requiring documented test reports for procurement review. This high-authority approach ensures the transmitter meet the technical specifications of institutional buyers and provide a traceable solution for complex bulk-solid measurement challenges.

Frequently Asked Questions

  • What technical variants are offered? Antenna sizes (1" to 3"), process connections (Threaded/Flanged), and enclosure materials vary per model.
  • What storage life is acceptable? When sealed in original packaging, electronics remain stable for 24 months; verify seals before site installation.
  • How is moisture managed in transit? Units are packed with protective inner bags and desiccant to prevent condensation in variable climates.
  • What packaging durability is provided? Crated shipments with internal bracing protect the antenna feed from bending and shock loads.
  • Which export documents are included? Shipments include serialized calibration certificates and a compliance declaration.

Description provided by shakti power solutions pvt limited.

Specifications

Product Name OPTIWAVE 6500 Radar (FMCW) Level Transmitter
Measurement Principle Guided Radar (TDR)
Measurement Type Continuous Level Measurement
Measuring Range 0.6 - 40 meters (2 - 131 feet)
Temperature Range -50°C to +150°C (-58°F to +302°F)
Pressure Range -1 to 100 barg (-14.5 to 1450 psig)
Radiation Resistance Probe and cable designed for high radiation exposure; converter installable up to 450 meters
Seismic Qualification 300 m/s²
Thermal Aging Qualified at +107°C for 296 days
Suitable Environments Nuclear industry, powders, dusty atmospheres
Installation Types Pressurized tanks, open tanks, stilling wells, open basins
Compliance Standards IEEE 323, IEEE 344, ASME Section III, RCC-M, RCC-E
MOQ 1 Unit

Use cases

Category Industrial Level Measurement Instruments > Radar Level Transmitters > Nuclear Industry Level Transmitters
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 OPTIWAVE 6500 Radar (FMCW) level transmitter for powders and dusty atmosphere. Answers compiled from verified sellers' commercial terms and platform data.

Q: Is the OPTIWAVE 6500 suitable for use in high radiation zones within nuclear plants?
A: Yes, the OPTIWAVE 6500 features high radiation resistance for its probe and cables, and its converter unit can be installed up to 450 meters away from the probe to ensure safer operation in high radiation areas.
Q: Can the OPTIWAVE 6500 level transmitter measure the dielectric constant in addition to level and volume?
A: Yes, this device is capable of continuous measurement of level, distance, volume, mass, and dielectric constant, making it highly versatile for different industrial variables.
Q: What seismic standards does the OPTIWAVE 6500 comply with for nuclear industry applications?
A: The OPTIWAVE 6500 is seismic qualified to withstand accelerations up to 300 m/s², ensuring reliability and safety during seismic events.
Q: Can the OPTIWAVE 6500 be installed in open tanks and stilling wells under dusty conditions?
A: Yes, it is specifically designed for installation in pressurized tanks, open tanks, stilling wells, and open basins even in dusty or powder-laden atmospheres.
Q: Does the OPTIWAVE 6500 conform to nuclear industry standards?
A: Absolutely, it meets nuclear industry standards such as IEEE 323, IEEE 344, ASME Section III, RCC-M, and RCC-E, making it suitable for both safety-related and non-safety-related nuclear applications.
Question not answered? Ask sellers directly — typical response within 4 hours.

What similar products are available in this category?

Browse all in category
OPTIWAVE 6500 Radar (FMCW) level transmitter for powders and dusty atmosphere
OPTIWAVE 6500 Radar (FMCW) level transmitter for powders and dusty atmosphere
Price on request · MOQ 1unit