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OPTIFLUX 6300 - Electromagnetic flowmeter
OPTIFLUX 6300 - Electromagnetic flowmeter – Utility and Large-Scale Meter
OPTIFLUX 6300 is an industrial-strength electromagnetic flowmeter engineered for large-scale utility and industrial distribution networks requiring wide-range volumetric measurement. Utilizing a reinforced body and heavy-duty flange architecture, the unit delivers stable measurement in high-pressure applications with minimal structural deformation. The unit architecture features advanced diagnostics for electrode health and high-throughput monitoring logic suitable for centralized SCADA and telemetry integration. Configured for large-volume delivery, units ship with serialized calibration and factory acceptance test (FAT) reports. Supply-readiness is managed through lot-level traceability of bore concentricity and magnetic-field uniformity, addressing the requirements of utility managers seeking durable meters with documented accuracy for institutional energy infrastructure. Packaging utilizes reinforced crating and moisture-barrier liners for multimodal transport.
Key Features
- Heavy-duty body construction → engineered to support high-pressure pipeline installations (up to PN40) with structural integrity and minimal bore warping.
- Wide turndown ratio → accommodates the massive fluctuations in flow rate common in utility networks without losing linear accuracy at the low end.
- Advanced digital diagnostics → features real-time monitoring of electrode impedance and signal quality to facilitate condition-based maintenance and asset management.
Technical Attributes
- Flow Capacity: High-throughput rated → selection parameter for matching large-diameter mains and utility-scale distribution headers.
- Output Configuration: Multi-protocol Telemetry → ensures compatibility with modern industrial communication and remote SCADA platforms.
- Construction Materials: High-strength alloys → selection parameter for ensuring long-term corrosion resistance in aggressive water chemistries.
- Calibration: FAT Serialized Records → provided per unit to support site acceptance and institutional asset registration.
OPTIFLUX 1300 - Electromagnetic flowmeter
OPTIFLUX 1300 - Electromagnetic flowmeter – Process Control Meter
OPTIFLUX 1300 is a compact in-line electromagnetic flowmeter tailored for process control and water system metering in space-constrained industrial environments. Integrating a precision-lined flow tube, electrode array, and high-fidelity signal processor, the unit delivers accurate volumetric outputs for automated monitoring systems. The unit architecture emphasizes a compact footprint and serviceable electronics, allowing for rapid module replacement without pipework removal. Units are supplied with batch inspection records and factory calibration. Supply-readiness is managed through lot-based verification of bore concentricity and electrode alignment, addressing the requirements of system integrators seeking dependable, high-density metering with documented traceability for institutional asset registration. Packaging includes corrosion-inhibiting liners to prevent environmental degradation during consolidated shipments.
Key Features
- Compact footprint architecture → facilitates high-density installation in constrained piping runs where space is a critical selection parameter.
- conduct-liquid sensing logic → provides linear volumetric measurement without moving parts, eliminating mechanical wear and maintaining stable accuracy over long service intervals.
- Field-replaceable electronics module → utilizes a separate housing design to enable rapid field maintenance and firmware updates without interrupting process line integrity.
Technical Attributes
- Tube Lining: Dielectric Isolation → selection parameter for ensuring chemical compatibility and high-fidelity signal detection in conductive liquids.
- Size Range: Multiple nominal diameters → determines compatibility with diverse pipe schedules and localized flow rate requirements.
- Diagnostics: Integrated health monitoring → features on-board indicators for electrode condition and signal quality to support predictive maintenance.
- Calibration: Serialized Unit Records → provided per unit to support site commissioning and institutional procurement quality checks.
OPTIFLUX 2100 - Electromagnetic flowmeter
OPTIFLUX 2100 - Electromagnetic flowmeter – Process Meter for Industrial Systems
OPTIFLUX 2100 is a process-grade electromagnetic flowmeter engineered for reliable volumetric measurement of conductive liquids in industrial applications. Utilizing a non-intrusive lined flow tube and precision-excited coil assembly, the meter delivers stable analog and digital outputs for PLC/SCADA integration. The unit architecture features no moving parts, significantly reducing mechanical failure modes and pressure drop. Prepared for large-volume orders, units ship with serialized calibration and quality inspection records. Supply-readiness is managed through per-unit dimensional checks and functional verification, addressing the procurement requirements of facility engineers seeking durable, maintenance-free metering for manufacturing and commercial water systems. Packaging utilizes reinforced crates and corrosion-inhibiting liners for multimodal transport.
Key Features
- Field-configurable electronics → adapts diagnostic thresholds and output scaling to specific site requirements for maximum control flexibility.
- Non-intrusive measurement head → eliminates moving parts to prevent flow path obstruction and reduce mechanical wear-out cycles in abrasive media.
- Flange-compatible body architecture → features standardized mechanical dimensions to simplify retrofits and new installations in existing industrial piping.
Technical Attributes
- Measurement Principle: Electromagnetic Induction → selection parameter defining suitability for conductive process liquids and effluents.
- Interface Standards: 4–20 mA / Pulse / Digital → ensures compatibility with diverse industrial automation and billing systems.
- Wetted Materials: Selectable Liners/Electrodes → selection parameter based on the chemical compatibility and abrasiveness of the media.
- Calibration: Individual Factory Certificate → provided per serial number to support site acceptance and institutional energy accounting.
POWERFLUX 4030 - Electromagnetic flowmeter, For Water
POWERFLUX 4030 - Electromagnetic flowmeter – In-line Water Meter
POWERFLUX 4030 - Electromagnetic flowmeter, For Water is a conductive-fluid measurement instrument designed for accurate volumetric metering in industrial process control and municipal systems. Utilizing a lined flow tube with a precision electrode array, the meter yields stable volumetric readings across varying water conductivity ranges. The unit architecture features a field-replaceable electronics module and supports remote diagnostics for electrode health and signal-to-noise monitoring. Units are supplied with batch test documentation and configured for large distribution runs with protective internal bracing. Supply-readiness is managed through factory-provided calibration certificates, addressing the requirements of facility managers seeking dependable flow measurement for SCADA integration and plant control. Packaging include moisture-barrier liners and shock-absorbent crates, ensuring the meter arrives in production-ready condition for installation in utility and process water headers requiring documented measurement stability.
Key Features
- conduct-fluid sensing logic → provides linear measurement of water flow without moving parts, eliminating mechanical wear and ensuring stable accuracy over long service intervals.
- Field-replaceable electronics → utilize a modular housing design to enable rapid on-site maintenance and firmware updates without disturbing the primary process seal.
- Integrated diagnostic outputs → features on-board monitoring for electrode condition and signal quality to support predictive maintenance and reduce unscheduled downtime.
Technical Attributes
- Liner Material: Application-specific → selection parameter for ensuring chemical compatibility and reducing measurement noise in process water.
- Size Range: Multiple DN diameters → determines compatibility with specific pipe schedules and facility-level flow rate requirements.
- Output Formats: 4–20 mA / Pulse / Fieldbus → selection parameter for integration with existing industrial automation and SCADA systems.
- Traceability: Serialized Calibration Certificates → provided per unit to support procurement acceptance testing and institutional energy accounting.
POWERFLUX 5030 - Electromagnetic flowmeter, Water
POWERFLUX 5030 - Electromagnetic flowmeter – In-line Water Meter
POWERFLUX 5030 is an industrial-grade in-line electromagnetic flowmeter engineered for the precise volumetric measurement of conductive water streams. Utilizing a precision-excited coil assembly and high-integrity liner materials, the meter delivers linear volumetric output compatible with industrial PLC and SCADA control loops. The unit architecture features a non-intrusive flow tube with no moving parts, significantly reducing mechanical wear and pressure drop in municipal and industrial water distribution systems. Units are shipped in padded crates with anti-corrosion liners and individual factory calibration certificates. Supply-readiness is managed through full lot traceability and documented factory verification, addressing the requirements of utility managers and OEM skid builders seeking durable, custody-transfer quality metering with documented accuracy class and environmental handling for international projects.
Key Features
- Non-intrusive measurement head → eliminates moving parts to minimize mechanical maintenance and prevent flow path obstructions for high-efficiency water delivery.
- Precision-excited coil architecture → generates a uniform magnetic field to ensure linear volumetric accuracy across a wide turndown ratio for both peak and low-flow regimes.
- Removable transmitter housing → allows for in-situ electronics servicing and firmware updates without removing the flow tube from the pressurized pipeline.
Technical Attributes
- Nominal Diameter: Multiple DN options → selection parameter for matching facility piping standards and optimizing flow velocity profiles.
- Accuracy Class: Industrial water standard → defines the measurement confidence and suitability for custody-transfer versus process control.
- Output Signal: 4–20 mA / Pulse / Modbus → selection parameter defining compatibility with existing facility telemetry and monitoring systems.
- Wetted Materials: Corrosion-resistant liners → selection impacts chemical compatibility with treated water and service life in aggressive effluents.
OPTITEMP TCA-P20 Thermocouple (TC) temperature assembly for standard applications
OPTITEMP TCA-P20 Thermocouple Assembly – Standard Temperature probe
OPTITEMP TCA-P20 is a compact thermocouple temperature assembly designed for standard industrial process monitoring and transmitter integration in electromagnetic flow meter systems. Utilizing a stabilized thermoelement junction housed in a protective metallic sheath, the unit architecture delivers consistent millivolt (EMF) output for closed-loop thermal control. The design features interchangeable junction types (grounded/ungrounded) to balance response-time with electrical noise immunity. Available in large-volume formats with lot-based traceability, units ship with batch test reports and terminal-head documentation. Supply-readiness is managed through factory-verified EMF curves, addressing the requirements of instrumentation engineers seeking reliable temperature inputs for water treatment and chemical dosing loops requiring documented compliance for institutional asset registration and site commissioning.
Key Features
- Stabilized thermocouple junction → provides a predictable and repeatable millivolt output proportional to temperature for accurate monitoring and control.
- Stainless-steel protective sheath → utilize high-grade alloys to resist media corrosion and ensure dimensional stability of the probe in industrial piping.
- Interchangeable junction options → allows for selection between grounded or ungrounded tips to match the electrical noise environment of the facility.
Technical Attributes
- Sensing Type: Thermocouple (Type K/J selectable) → selection parameter defining temperature range and signal sensitivity.
- Junction Style: Grounded / Ungrounded → determines the measurement response time and isolation from ground-loop interference.
- Insertion Length: Customizable increments → selection parameter for ensuring optimal thermal coupling within sensor pockets or pipe headers.
- Ingress Protection: IP66/IP68 heads → selection parameter defining suitability for industrial wash-down and outdoor environments.
OPTIWAVE 7500 Radar (FMCW) level transmitter for liquids in narrow tanks with internal obstructions
OPTIWAVE 7500 FMCW Radar – Narrow-Tank Liquid Measurement Instrument
OPTIWAVE 7500 is a high-frequency (80 GHz) FMCW radar level transmitter specifically engineered for liquid measurement in narrow tanks and vessels characterized by internal obstructions. Utilizing narrow-beam antenna technology and advanced spectral processing, the instrument resolves the liquid surface while discriminating false reflections from agitators, heating coils, or baffles. The unit architecture features a focused 4° beam, minimizing wall-interference in confined geometries where traditional radar or ultrasonic methods fail. Units ship with traceable calibration records and configuration snapshots, ensuring supply-readiness for chemical storage and process utility reservoirs. Packaging utilize electrostatic protection and foam-molded inserts to protect the sensitive transceiver during transit. This metering component is essential for facilities requiring non-contact, high-resolution level feedback with documented compliance for site acceptance testing and PLC integration.
Key Features
- 80 GHz FMCW Narrow-beam technology → concentrates energy into a 4° beam to pass between internal obstructions and avoid tank wall interference for precise readings.
- Adaptive signal-processing algorithms → execute real-time "echo-masking" to ignore static reflections from baffles or agitators, ensuring measurement stability.
- Non-contact measurement architecture → eliminates the requirement for mechanical probes, preventing sensor wear in corrosive media and simplifying hygienic validation.
Technical Attributes
- Measurement Principle: 80 GHz FMCW → selection parameter defining accuracy (±2mm) and beam footprint for obstructed environments.
- Minimum Tank Diameter: Application-specific → determines the suitability of the focused antenna for small-scale process vessels.
- Output Interface: 4–20 mA + HART / Digital → selection parameter for direct integration with DCS and asset management software.
- Calibration: Serialized Configuration Snapshot → provided to support site commissioning and institutional procurement quality checks.
EATON 9E - 1 KVA ONLINE UPS WITHOUT BATTERIES, 100VAC-300VAC
EATON 9E - 1 KVA ONLINE UPS WITHOUT BATTERIES, 100VAC-300VAC – Wide-Range Energy Module
EATON 9E - 1 KVA ONLINE UPS WITHOUT BATTERIES, 100VAC-300VAC is a high-availability online double-conversion UPS frame designed for integration with site-specific external battery banks. Featuring an ultra-wide input voltage tolerance of 100VAC to 300VAC, the unit architecture is engineered to provide continuous conditioned power in regions with extreme grid instability. This "without batteries" configuration allows facility managers to specify custom energy storage capacities for extended autonomy. Units ship in reinforced cartons with serialized electrical test reports and configuration files. Supply-readiness is managed via full-load burn-in testing, addressing the procurement requirements of institutional buyers seeking durable, generator-compatible power protection for remote IT and medical equipment with documented reliability standards.
Key Features
- Ultra-wide input voltage range (100–300VAC) → prevents unnecessary transfers to battery during severe mains fluctuations, significantly extending the service life of connected energy storage.
- Online double-conversion topology → provides a continuous, zero-break AC output isolated from all types of grid-borne interference, surges, and frequency shifts.
- Battery-less chassis design → enables flexible integration with high-capacity external VRLA or NiCd banks to meet long-duration autonomy requirements.
Technical Attributes
- Rated Power: 1 kVA / 800 W → selection parameter for protecting individual server nodes or point-of-care clinical gear.
- Input Span: 100–300 VAC → determines the unit's ability to operate in unconditioned or rural electrical environments.
- Charger Compatibility: Configurable profiles → selection parameter for matching external battery chemistry and Ampere-hour ratings.
- Logistics: Reinforced palletized packing → ensures the structural integrity of internal magnetic components during multimodal transit.
EATON 10KVA ONLINE UPS WITHOUT BATTERIES
EATON 10KVA ONLINE UPS WITHOUT BATTERIES – Field-Battery Ready Power Module
EATON 10KVA ONLINE UPS WITHOUT BATTERIES is a specialized online double-conversion power module designed for integration with site-specific external battery banks. The architecture features a configurable charger and high-capacity inverter stage, tuned for compatibility with varied battery chemistries and Ampere-hour ratings. This "without batteries" chassis allows facility managers to specify centralized energy storage solutions or extended autonomy configurations without the logistical constraints of pre-installed cells. Units ship in reinforced crating for consolidated logistics, featuring configuration records and electrical test reports. Supply-readiness is managed through functional verification and full-load burn-in testing, addressing the requirements of institutional procurement teams seeking high-availability power with documented compliance for site acceptance and asset tracking within facility-level battery systems.
Key Features
- Battery-less chassis architecture → enables seamless integration with high-mass external VRLA, NiCd, or Lithium-Ion banks tailored to specific facility autonomy targets.
- Field-configurable charger profiles → features adjustable charge voltage and current limits to match site-specific battery chemistry and charging requirements.
- Online double-conversion topology → provides complete isolation of the critical load from all grid disturbances, delivering a regulated sine-wave output with zero transfer time.
Technical Attributes
- Rated Power: 10 kVA / 9 kW → primary selection parameter for matching localized branch circuits and IT load profiles.
- Charger Logic: Configurable profiles → selection parameter for ensuring electrochemical compatibility with site-specified energy storage.
- Diagnostics: Relay + Digital interface → determines the ability to integrate with building management systems (BMS) for real-time telemetry.
- Logistics: Reinforced crate-protection → ensures structural and electronic integrity during multimodal transport and on-site staging.
1-3 kVA Eaton 9E External Battery Model
1-3 kVA Eaton 9E External Battery Model – High-Autonomy Energy Module
1-3 kVA Eaton 9E External Battery Model is a modular power conversion system specifically engineered for extended runtime applications in edge IT and telecom hubs. utilizing an online double-conversion topology, the unit architecture separates power electronics from energy storage via a dedicated high-current external battery interface. This configuration enables flexible runtime scaling without enlarging the primary UPS chassis, protecting sensitive loads from mains disturbances during prolonged outages. The design features keyed, fused interconnects to ensure safe field assembly and fault isolation. Units are prepared for consolidated delivery with reinforced packing and moisture-barrier liners. Supply-readiness is managed through serialized test logs and inspection certificates, addressing the requirements of multi-site procurement rollouts requiring documented quality assurance and traceable environmental handling for cross-border projects.
Key Features
- External runtime scalability → enables customizable autonomy profiles by connecting multiple external battery cabinets to meet specific site-specific holdover targets.
- Safe-field interconnects → features factory-keyed and fused connectors to ensure error-free polarity matching and facilitate isolated maintenance of battery strings.
- High-stability online topology → provides continuous regulated AC output with zero transfer time to battery, isolating critical hardware from sags, surges, and frequency drift.
Technical Attributes
- Power Range: 1–3 kVA Selectable → selection parameter for matching localized rack or clinical support load profiles.
- Battery Interface: Keyed DC Connector → determines the charging capacity and identifies compatibility with specific external energy racks.
- Monitoring: State-of-health Telemetry → provides real-time data on battery health, state-of-charge, and estimated runtime to the facility NOC.
- Logistics: Palletized with shock mounts → ensures the integrity of internal inductors and power semiconductors during multimodal transport.
Eaton DXRT 15KVA/20KVA UPS
Eaton DXRT 15KVA/20KVA UPS – Modular High-Capacity Unit
Eaton DXRT 15/20 kVA UPS units are modular high-capacity single-phase power systems engineered for branch distribution and small data-room UPS banks. Utilizing an online double-conversion architecture, the platform delivers regulated AC output suitable for sensitive commercial and light-industrial equipment. The unit architecture accommodates both internal and scalable external battery configurations, allowing for customizable runtime profiles. Units are shipped in reinforced crates featuring vibration isolation and moisture-barrier protection for consolidated logistics. Supply-readiness is managed through lot-specific electrical verification and configuration records, addressing the procurement requirements of facility managers seeking documented reliability and site-ready hardware for institutional power systems and cross-border deployments.
Key Features
- Selectable 15/20 kVA power ratings → provides flexibility in load-matching for branch circuits, ensuring the UPS is right-sized for specific facility equipment clusters.
- Modular battery integration → supports high-density internal battery layouts or external expansion cabinets to meet evolving site autonomy requirements.
- Integrated predictive diagnostics → features real-time monitoring of internal components like capacitors and fans to facilitate proactive maintenance and maximize uptime.
Technical Attributes
- Topology: Online Double-Conversion → ensures zero transfer time and complete isolation from mains disturbances and frequency shifts.
- Cooling: Directed forced-air → utilizes thermal sensors to modulate fan speed, balancing heat rejection with energy overhead and acoustic performance.
- Mounting: Standard rack or floor → provides mechanical versatility for installation within diverse IT and automation environments.
- Quality Control: FAT verification per unit → provided to support procurement quality checks and rapid site commissioning protocols.
OPTIFLEX 7200 Guided radar (TDR) level transmitter for advanced liquid applications
OPTIFLEX 7200 Guided Radar Level Transmitter – TDR Guided Radar Probe
OPTIFLEX 7200 is an advanced guided-wave radar (TDR) level transmitter optimized for precision measurement of liquids and interfaces in complex vessel geometries. A guided probe architecture confines the electromagnetic pulse along a conductor (cable or rod), delivering consistent reflections even in environments with heavy vapor, foam, or surface turbulence. The unit architecture supports high temporal resolution for detecting thin interface layers in phase-separation monitoring. Production supports OEM and private-label programs with per-unit calibration logs and configuration snapshots. Packaging includes conductor protection and anti-vibration crates for multimodal transport. This component is essential for facilities requiring high-fidelity liquid level and interface data with documented time-delay calibration and probe-alignment verification for rapid site commissioning and procurement quality assurance.
Key Features
- Guided-wave pulse path → ensures stable echo detection by confining signal energy to the probe, bypassing headspace vapor and internal vessel obstructions.
- Phase-separation monitoring → utilizes high-resolution timing electronics to detect and track interface levels between immiscible liquids with different dielectric constants.
- Modular probe architecture → features field-adjustable lengths and selectable metallurgy to match specific vessel depths and chemical compatibility requirements.
Technical Attributes
- Measurement Principle: TDR time-of-flight → selection parameter defining the accuracy and temporal resolution for interface detection.
- Probe Interface: Cable / Rigid Rod → selection based on vessel height, agitation levels, and potential for probe sway.
- Output Configuration: 4–20 mA + HART / Digital → determines compatibility with process control loops and advanced asset management software.
- Calibration Protocol: Time-delay logs → provided per unit to support traceable site commissioning and installation acceptance.
OPTIWAVE 3500 Radar (FMCW) level transmitter for liquids with hygienic requirements
OPTIWAVE 3500 Radar Level Transmitter – Hygienic FMCW Liquid Radar
OPTIWAVE 3500 is an 80 GHz FMCW radar level transmitter specifically engineered for hygienic liquid measurement in sanitary process environments. Utilizing a non-contact sensing principle and polished wetted surfaces, the instrument provides high-resolution level detection compatible with cleaning-in-place (CIP) and sterilization-in-place (SIP) regimes. The unit architecture includes hygienic flanges and signal-processing presets tailored for the low-dielectric and viscous liquids common in pharmaceutical and food processing. Units are supplied with hygienic-fitment documentation and per-unit test reports, ensuring supply-readiness for OEM integration. Packaging is designed for contamination control with sealed inner wraps. This component is essential for facilities requiring high-purity level measurement with documented surface-finish compliance and narrow-beam performance in obstructed sanitary tanks.
Key Features
- Hygienic 316L construction → features polished wetted surfaces (Ra < 0.8 µm) and sanitary flanges to reduce microbial adhesion and facilitate cleaning validation.
- Non-contact FMCW sensing → eliminates the risk of product contamination and eases cleaning regimes by removing mechanical probes from the vessel interior.
- Narrow-beam 80 GHz technology → provides high-resolution detection in small, obstructed tanks by concentrating energy away from agitator blades and baffles.
Technical Attributes
- Measurement Principle: 80 GHz FMCW → selection parameter defining accuracy and beam footprint for obstructed vessels.
- Wetted Interface: Sanitary Flanges → selection parameter for ensuring compliance with 3-A, EHEDG, and FDA standards.
- Output Configuration: 4–20 mA + HART → determines compatibility with sanitary process control loops and diagnostic software.
- Cleanability: CIP / SIP Rated → identifies the thermal and chemical resilience of the antenna faceplate and seals.
OPTIFLEX 6200 Guided radar (TDR) level transmitter for solids from granulates to powders
OPTIFLEX 6200 Guided Radar Level Transmitter – TDR Guided Radar for Solids
OPTIFLEX 6200 is a guided-wave radar transmitter engineered for continuous level measurement of bulk solids, ranging from fine powders to granular materials. Utilizing Time-Domain Reflectometry (TDR) and a confined pulse guide, the instrument provides robust surface detection even in environments where high-dust events and low dielectric constants reduce unguided radar strength. The unit architecture includes abrasion-resistant probes and static-mitigation options to withstand mechanical stress and electrical noise. Units are offered with per-unit performance reports and abrasion-resistant probe kits, ensuring supply-readiness for silos and hoppers. Packaging utilizes protective sleeves and internal bracing for multimodal transport. This component is essential for facilities requiring reliable solids measurement with documented performance data for site acceptance testing and preventive maintenance planning.
Key Features
- Guided-wave TDR sensing → ensures high echo strength by confining electromagnetic pulses along a probe, effectively penetrating airborne dust and ignoring headspace clutter.
- Abrasion-resistant probe architecture → utilizes specialized materials and reinforced anchors to extend service life in moving solids and abrasive media.
- Static charge mitigation → features integrated grounding and signal filtering to reduce electrical noise interference in low-dielectric powder processes.
Technical Attributes
- Measurement Principle: TDR time-of-flight → selection parameter defining accuracy across varied solid material types and densities.
- Probe Materials: PTFE-coated / Stainless → selection based on material abrasiveness and potential for static buildup.
- Outputs: Analog 4–20 mA + HART → determines the level of integration with centralized inventory management systems.
- Calibration: Echo-profile logging → provided per unit to support installation tuning and verification in complex silos.
OPTIWAVE 5400 Radar (FMCW) level transmitter for liquids in basic process applications
OPTIWAVE 5400 Radar Level Transmitter – FMCW Liquid-Process Radar
OPTIWAVE 5400 is a non-contact FMCW radar level transmitter optimized for liquid level measurement in basic process applications and storage tanks. Utilizing high-linearity frequency-modulated continuous-wave sensing, the instrument delivers repeatable distance measurement with minimal sensitivity to vapor, foam, or moderate surface turbulence. The unit architecture includes configurable antenna angles and signal-processing presets to minimize multiple reflection issues in small vessel geometries. Units are supplied with verification logs and installation instructions, ensuring supply-readiness for scaled deployments and OEM projects. Packaging utilizes shock-mount crates and antenna covers to preserve RF alignment during transit. This component is essential for facilities requiring reliable liquid level measurement without frequent recalibration, providing documented performance baselines for site acceptance testing and industrial SCADA integration.
Key Features
- Non-contact FMCW sensing architecture → eliminates measurement errors caused by liquid conductivity and prevents sensor fouling in viscous or coated media.
- Adaptive signal logic → utilizes pre-configured filters to discriminate primary surface echoes from secondary reflections caused by headspace obstructions or vapor.
- Digital diagnostic telemetry → provides real-time echo-spectrum health and signal strength metrics to simplify remote troubleshooting and site commissioning.
Technical Attributes
- Measurement Principle: FMCW distance profiling → selection parameter for ensuring accuracy across varied liquid dielectric constants.
- Outputs: Analog 4–20 mA + HART / Digital → determines the level of monitoring granularity and control system compatibility.
- Mounting: Standard Flange Adapters → selection parameter defining mechanical compatibility with existing process connections.
- Process Tolerance: Vapor and Foam ready → identifies the requirement for specific signal damping and frequency tuning in difficult tanks.
OPTIWAVE 6400 Radar (FMCW) level transmitter for solids from granulates to rocks
OPTIWAVE 6400 Radar Level Transmitter – FMCW Solids-Level Radar
OPTIWAVE 6400 is an 80 GHz frequency-modulated continuous-wave (FMCW) radar transmitter engineered for continuous level measurement of solids from fine powders to coarse rocks. Utilizing high-dynamic-range reflectivity detection, the sensor delivers repeatable distance measurement even in high-dust atmospheres. The unit architecture includes multiple antenna options and signal-processing presets to compensate for varied bulk-solid dielectric constants and surface pile angles. Units are configured for project supply, shipping with per-unit RF performance reports and antenna selection guides. Packaging utilizes vibration-damped crates and sealed containers to protect the RF alignment during transit. This component is essential for facilities requiring non-contact measurement with documented performance verification for automated inventory management and SCADA integration in abrasive solids environments.
Key Features
- 80 GHz FMCW processing technology → provides superior reflectivity detection and narrow beam footprints to ignore high-dust events and airborne particulates during pneumatic filling.
- Adaptive signal filtering presets → utilizes pre-configured algorithms to compensate for varying dielectric constants across different materials, preventing measurement signal loss.
- Non-contact sensing architecture → eliminates the requirement for probe maintenance and prevents mechanical wear or tensile stress from abrasive material flow in large silos.
Technical Attributes
- Measurement Span: Up to 100m → selection parameter defining the maximum vessel height coverage for large-scale industrial bunkers.
- Antenna Configuration: Horn or Drop → selection based on material piling angles and beamwidth requirements to avoid internal vessel obstructions.
- Output Interface: 4–20 mA + HART / Fieldbus → determines compatibility with automation systems and remote diagnostic granularity for maintenance teams.
- Process Tolerance: High-dust / Abrasive ready → identifies suitability for cement, grain, and mineral processing environments where standard sensors fail.
OPTIBRIDGE 3880 IIoT data logger for remote data services, acquisition and evaluation
OPTIBRIDGE 3880 IIoT data logger for remote data services, acquisition and evaluation
OPTIBRIDGE 3880 is an edge telemetry module engineered for the remote acquisition, local buffering, and secure transfer of process data. Utilizing a multi-protocol I/O architecture, the unit supports analog, digital, and serial sensor inputs, providing timestamped logging and event-triggered uploads to cloud or SCADA platforms. The unit architecture emphasizes data integrity through non-volatile local buffering, preventing information loss during network outages or transient connectivity failures. Units ship with configurable firmware images and consolidated test records, ensuring supply-readiness for project-scale deployments. Packaging utilizes ESD-safe trays and foam inserts for maritime transport. This module is essential for facilities requiring remote process evaluation and automated evaluation with documented firmware locking and serialized traceability for industrial site rollouts and asset tracking in global distribution channels.
Key Features
- Multi-protocol I/O stage → integrates analog, digital, pulse, and serial interfaces in a single module to support diverse field sensor arrays and telemetry endpoints.
- Non-volatile local buffering → ensures measurement continuity by storing timestamped data during network interruptions, effectively preventing data gaps in historical logs.
- Configurable firmware profiles → utilizes standardized monitoring templates to enable rapid field deployment and repeatable configuration across large site portfolios.
Technical Attributes
- Connectivity: Ethernet, Cellular, Wi-Fi → selection parameter based on site-specific network infrastructure and coverage availability.
- Security: TLS-capable stacks → selection parameter for ensuring encrypted data paths and compliance with industrial cybersecurity standards.
- Mounting: DIN-rail / Panel adapters → ensure mechanical compatibility with standard industrial enclosures and instrumentation racks.
- Power: Wide-range DC input → determines suitability for powered sites or UPS-backed remote telemetry installations.
OPTITEMP TRA-V10 Resistance (RTD) compact sensor for measuring indoor air temperature in HVAC
OPTITEMP TRA-V10 Resistance (RTD) compact sensor for measuring indoor air temperature in HVAC
TRA-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 Features
- Platinum 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 Attributes
- Sensor 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.
OPTITEMP TRA-G10 Resistance (RTD) temperature assembly for surface temperature measurement
OPTITEMP TRA-G10 Resistance (RTD) temperature assembly for surface temperature measurement
OPTITEMP TRA-G10 is a compact surface temperature measurement assembly designed for equipment monitoring where space is a selection parameter. Utilizing a low-profile sensor head and a platinum Pt100 sensing element, the unit delivers consistent linear output for control systems and instrumentation panels. The architecture features an easy-install mounting kit to reduce installation variability and ensure predictable thermal feedback. Units are delivered with batch electrical verification and straightforward mounting instructions, addressing the requirements of medical device and control cabinet builders. Supply-readiness is managed through traceable test certificates and moisture-protected packaging. This component is essential for facilities requiring non-intrusive thermal checks for small enclosures and localized process nodes with documented accuracy for institutional asset management and energy accounting in global distribution channels.
Key Features
- Low-profile contact architecture → features a compact sensing head to fit confined spaces without obstructing adjacent mechanical components or wiring.
- Consistent Pt100 response → utilizes a high-purity platinum element to provide a stable, linear resistance-temperature correlation for precise monitoring.
- Standardized mounting kit → includes adhesive and clamp options to standardise thermal coupling and reduce site-to-site installation variance.
Technical Attributes
- Sensing Element: Pt100 RTD → selection parameter for stability and control accuracy at moderate temperatures.
- Mounting Options: Adhesive / Clamp → selection impacts the thermal conduction efficiency and response time.
- Traceability: Batch test certificates → provided per lot to support commissioning verification and site acceptance.
- Termination: Block or Cable → determines compatibility with specific device integration and field wiring needs.
BM26A-8000 Magnetic level indicator with level transmitter for liquids in redundant measurement
BM26A-8000 Magnetic Level Indicator – Redundant Liquid Level Assembly
BM26A-8000 is a high-integrity redundant measurement system engineered for hazardous and corrosive liquid storage. The unit architecture combines a visual magnetic float column with an integrated electronic transmitter, utilizing non-contact magnetic coupling to isolate the readout from the process fluid. This dual-technology approach provides local mechanical confirmation alongside a 4–20 mA or digital control signal for SCADA integration. Manufactured for vertical vessel installations, the assembly is available in modular segments with full material traceability. Units are supplied with factory sweep tests and leak-tightness certificates, ensuring supply-readiness for industrial procurement and facility-level safety interlocks requiring traceable performance data and export-ready packaging.
Key Features
- Redundant measurement architecture → delivers a high-visibility mechanical display for on-site operators plus a simultaneous electronic output for remote control systems.
- Sealed magnetic coupling → ensures a leak-proof measurement boundary by isolating the indicator from process containment, eliminating the risk of sight-glass blowouts.
- Field-configurable modular segments → enables scalable measurement spans for diverse vessel sizes and simplifies the logistics of long-range indicators for large tanks.
Technical Attributes
- Wetted Materials: High-grade alloys or Liners → selection parameter based on process fluid chemistry and corrosivity profile to prevent structural degradation.
- Output Interface: 4–20 mA / Digital / HART → determines compatibility with existing PLC control networks and remote telemetry requirements.
- Repeatability: Non-mechanical coupling → provides a stable reading with low hysteresis, maintaining accuracy even during power interruptions.
- Mounting: Side-mount or Top-flange → selection parameter defining mechanical integration and maintenance accessibility on pressurized vessels.
OPTITEMP TRA-G20 Resistance (RTD) temperature assembly for surface temperature measurement
OPTITEMP TRA-G20 Resistance (RTD) temperature assembly for surface temperature measurement
OPTITEMP TRA-G20 is a surface-mount resistance temperature detector designed for thermal monitoring in applications where direct immersion is impractical. Utilizing a flattened probe tip and specialized mounting hardware, the assembly ensures high-fidelity thermal coupling to flat or slightly curved equipment surfaces. The architecture features a Pt100 sensing element for linear response and accurate control loop feedback for industrial enclosures. Units are shipped with batch-specific electrical tests and installation instructions specifying contact pressure requirements. Supply-readiness is managed through factory-verified resistance matching, addressing the requirements of institutional buyers seeking repeatable surface measurement for machine casings and heat exchangers. Packaging utilizes protective trays and cushioning to prevent contact face deformation during transit, ensuring the assembly provides predictable measurement stability for institutional energy accounting and process validation.
Key Features
- Surface-mount probe geometry → features a precision-machined flat tip to achieve maximum thermal contact area and minimize measurement lag.
- Pt100 sensing standard → provides a consistent linear temperature-to-resistance response suitable for PID control systems and data logging.
- Integrated mounting kit → includes defined brackets and hardware to ensure repeatable installation torque and consistent contact pressure.
Technical Attributes
- Sensing Type: RTD Pt100 → selection parameter for high accuracy at moderate industrial temperatures.
- Mounting Options: Clamped or Adhesive → selection parameter based on the equipment surface profile and vibration levels.
- Traceability: Batch resistance checks → provided per lot to support site calibration and institutional asset registration.
- Termination: Insulated block or Cable → determines compatibility with localized control panels and field wiring.
OPTITEMP TCA-TS37 Thermocouple (TC) temperature assembly for higher flow velocities and pressures
OPTITEMP TCA-TS37 Thermocouple (TC) temperature assembly for higher flow velocities and pressures
OPTITEMP TCA-TS37 is a high-integrity temperature assembly engineered for reliable measurement in process applications characterized by elevated flow velocities and hydrodynamic pressures. The unit architecture features a robust metallic sheath and secure anti-vibration mounting to maintain junction stability under intense dynamic forces. Designed for industrial skids and high-pressure steam headers, the assembly supports selectable thermocouple elements to match specific thermal spans. Units ship with batch-specific electrical verification and mechanical inspection reports, ensuring supply-readiness for procurement and site acceptance. Packaging utilizes reinforced crates with internal bracing to protect probes from bending and environmental degradation during multimodal transport.
Key Features
- Anti-vibration mounting → utilizes high-stiffness fittings to prevent vortex-induced vibration and signal drift in high-velocity process streams.
- High-pressure sheath architecture → engineered with optimized wall thickness to resist mechanical erosion and pressure-induced deformation in industrial piping.
- Tuned thermal response → features selectable immersion depths to balance mechanical durability with the fast response times required for control-loop stability.
Technical Attributes
- Sensing type: Thermocouple (Type selectable) → selection parameter matched to process temperature limits and signal sensitivity needs.
- Mechanical Integrity: Pressure-Seal logic → selection parameter defining compatibility with facility-specific pipe classes and pressure ratings.
- Traceability: Batch electrical verification → provided per lot to support site commissioning and institutional quality audits.
- Enclosure: Standard connection head → facilitates secure termination and seamless integration with industrial transmitters.
OPTITEMP TRA-P10 Resistance (RTD) temperature assembly for standard applications
TRA-P10 RTD Assembly – Compact Resistance Temperature Detector
TRA-P10 RTD Assembly provides compact resistance-based temperature sensing for standard industrial and medical applications where space is a selection parameter. Utilizing a platinum Pt100 sensing element mounted within a reduced-diameter sheath, the probe delivers a reliable linear response for control systems in confined spaces. The architecture features a serviceable termination head to simplify onsite wiring and maintenance without full unit removal. Packaged with batch test data and electrical verification records, the TRA-P10 ensure supply-readiness for medical device and instrumentation panel builders. Supply-readiness is managed through factory-verified resistance matching, addressing the requirements of institutional buyers seeking verified energy assets with documented accuracy and traceable inspection reports for asset registration and energy accounting in global distribution channels.
Key Features
- Compact probe geometry → enables installation in tight instrument pockets and confined equipment casings where standard probes are unsuitable.
- Pt100 sensing standard → provides a consistent linear temperature-to-resistance response for high-fidelity signal conditioning and control.
- Serviceable termination head → features an accessible terminal block to facilitate rapid onsite wiring and reduce maintenance downtime.
Technical Attributes
- Sensing: RTD Pt100 → selection parameter for accuracy and stability at moderate temperature ranges.
- Probe Diameter: Reduced profile → selection parameter for matching constrained mechanical mounting ports.
- Terminations: Insulated terminal block → ensures secure electrical connectivity and prevents localized thermal gain.
- Supply Documentation: Electrical test certificates → provided per batch to support site commissioning and acceptance testing.
OPTITEMP TRA-P40 Resistance (RTD) temperature assembly for standard applications
TRA-P40 RTD Assembly – Industrial Resistance Temperature Detector
TRA-P40 RTD Assembly is a high-precision resistance-based temperature sensor engineered for standard industrial and clinical process monitoring. Utilizing a platinum Pt100 sensing element housed in a protective metallic sheath, the assembly delivers stable, linear temperature-to-resistance feedback for PID control loops. The unit architecture includes a rugged connection head designed to isolate terminations from moisture and mechanical stress in unconditioned plant environments. Assemblies are supplied in volume packaging tailored for systems integration, with each unit assigned batch traceability and electrical test certificates. Supply-readiness is managed through factory-verified resistance checks at reference temperatures, addressing the requirements of healthcare and industrial procurement teams seeking reliable temperature instrumentation with documented compliance for equipment build lists and site commissioning.
Key Features
- Precision Pt100 sensing element → yields stable, linear resistance response across standard industrial ranges to ensure high-fidelity temperature feedback.
- Robust connection head → provides accessible terminations and conduit entries to simplify field wiring and protect electrical integrity.
- Field-replaceable sensor module → features a modular probe design to shorten maintenance windows and reduce the long-term total cost of ownership (TCO).
Technical Attributes
- Sensing Type: RTD Pt100 → selection parameter for linear temperature-response and high-accuracy requirements.
- Termination: Screw or DIN head → selection parameter defining compatibility with plant wiring standards and enclosure types.
- Response Time: Application-dependent → determines the control loop tuning parameters and thermal coupling efficiency.
- Traceability: Batch test certificates → provided per lot to support site acceptance and institutional asset registration.
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