Ahmedabad, Gujarat, India
Our Products
DWYER HHT SeriesHazardous Area Humidity/Temperature Transmitter takes accurate measurements in the harshest of environments. The intrinsically-safe version is offered with 4 to 20 mA output for humidity and temperature. It has an optional two line alphanumeric display to show the current humidity and temperature. The Series HHT humidity/temperature transmitter is excellent for offshore HVAC applications, dust and grain applications. Intrinsically safe models require an intrinsically safe barrier.
The HTRC series uses a highly accurate and reliable Thermoset Polymer based capacitance humidity sensor and Platinum RTD temperature sensor together with state-of-the-art digital linearization and temperature compensated circuitry in an attractive, low profile enclosure to monitor room humidity & temperature levels. Optional LCD display, momentary override, communications jack and fan speed switch are available.
Hazardous Area Humidity/Temperature Transmitter takes accurate measurements in the harshest of environments. The intrinsically-safe version is offered with 4 to 20 mA output for humidity and temperature. It has an optional two line alphanumeric display to show the current humidity and temperature. The Series HHT humidity/temperature transmitter is excellent for offshore HVAC applications, dust and grain applications. Intrinsically safe models require an intrinsically safe barrier.
ESF is an airflow transmitter with a broad application area. It can be used for control, surveillance, and regulation of the flow rate in fresh-air and ventilation systems, etc.
FEATURES
APPLICATIONS
The ESF-35-2 airflow transmitter can be used in a wide range of applications such as:
INSTALLATION
The airflow transmitter ESF-35-2 is installed in such a way that the current of air passes through the gap of the sensor head. Conductors to and from the transducer should be kept isolated from high-power conductors where powerful transient voltage spikes may appear.
FUNCTION
The ESF-35-2 transmitter registers the airflow speed according to a thermal principle based on the fact that the cooling action of air increases with airspeed. The action is measured and converted to a 4 - 20mA or a 0 - 10 V signal corresponding to airflow speeds from 0 - 8 m/s (0 - 1575 ft/min) or 0 - 16 m/s(0 - 3150 ft/min).
FlexTop 2202 is a 4.20 mA loop-powered transmitter for Pt100 sensors. Either 2-, 3- or 4-wire sensors can be used. For 2-wire sensors an automatic balancing of the sensor cable resistance is possible with shorted sensor cable. The cable resistance can be manually configured as well. Using a PC, the Windows-based Flex-Program and a FlexProgrammer configuring unit, the following parameters can be configured via the output connectors (2-way communication): TAG no., number of wires, cable resistance, error detection level, measuring range/unit, damping, offset and status indication.
The Flex-Program has a datalogging facility enabling the user to monitor
measuring results or calibrate the measuring setup.
FlexTop 2202 is embedded in silicone which makes it resistant to
humid environments.
FlexTop 2202, fitting into the DIN B housing, has a 6 mm center hole
for quick sensor replacement. The spring loaded mounting screws
ensure a safe fastening even in vibrating environments.
Key Features & Benefits:
Plug and play0.4 - 2.0 V and digital UART outputsTwo-piece structureFull-range calibration with PC or one-key calibrationProtection against incorrect connection
The One-Touch Differential Pressure Transmitters are cost-effective, compact transmitters that reduce up front costs as well as expenses over the life of the product. These instruments not only alleviate cumbersome turn pots typically found in most transmitters, but eliminate entirely the need to span the instrument during calibration. With a single digital push button, both ZERO AND SPAN are calibrated properly, nothing else is required. No additional reference pressure sources and separate calibration devices are necessary; no need to remove from service and send to a lab. All that is required of the installer or user is to let the unit sit at zero reference pressure, then push a button. That is it! The transmitter is now ready for operation. Time savings are enormous over the life of the product compared to traditional transmitters which require time to annually remove the product from service plus the additional time to actually perform a complete full-span calibration.
Mounting is simple with integral mounting holes on the 616KD that are inherent to the molded housing. The 616KD has the expanded capability to be mounted on a 35mm DIN rail either via its side or back integral DIN rail clips. The Series 616KD has easy-to-wire open screw terminals at the top of the housing. An optional protective cap snaps directly to housing to cover terminals.
The One-Touch family of Differential Pressure Transmitters are ideal for building automation applications such as air handlers, duct pressure, variable air volume and filter monitoring. Available models include ranges from 1 in w.c. to 20 in w.c. depending on series.
The Series 629 Differential Pressure Transmitter monitors differential pressure of air and compatible gases and liquids with 0.5% accuracy. The design employs dual pressure sensors converting pressure changes into a standard 4 to 20 mA output signal for two wire circuits. Small internal volume and minimum moving parts result in exceptional response and reliability. Terminal block, zero and span adjustments are easily accessed under the top cover. The Series 629 Differential Pressure Transmitter is designed to meet NEMA 4X (IP66) construction.
The Series 629 Differential Pressure Transmitter monitors differential pressure of air and compatible gases and liquids with 0.5% accuracy. The design employs dual pressure sensors converting pressure changes into a standard 4 to 20 mA output signal for two wire circuits. Small internal volume and minimum moving parts result in exceptional response and reliability. Terminal block, zero and span adjustments are easily accessed under the top cover. The Series 629 Differential Pressure Transmitter is designed to meet NEMA 4X (IP66) construction.
APPLICATIONS:
Monitor differential pressures across:Flow elementsHeat exchangersFiltersPumpsCoilsChiller
When digitally integrated with Honeywells Experion Process Knowledge System or other TDC/TPS systems, ST 3000 instruments provides local measurement accuracy to the system level without adding typical A/D and D/A converter inaccuracies as well as providing advantages from the many other on-board advanced diagnostic features. Honeywells high-performance ST 3000 S100 transmitters lead the industry in: Accuracy Stability Reliability Rangeability Warranty
DescriptionThe ST 3000 transmitter can replace any 4 to 20 mA outputtransmitter in use today and operates over a standard twowiresystem.The measuring means is a piezoresistive sensor, whichactually contains three sensors in one. It uses a differentialpressure sensor, a temperature sensor and a staticpressure sensor in delivering the most comprehensivecompensated output signal available today.Microprocessor-based electronics provide higher spanturndownratio, improved temperature and pressurecompensation, and improved accuracy.The transmitters meter body and electronics housing resistshock, vibration, corrosion, and moisture. The electronicshousing contains a compartment for the single-boardelectronics, which is isolated from an integral junction box.The single-board electronics is replaceable andinterchangeable with any other ST 3000 Series 100 orSeries 900 model transmitters.
Advanced DiagnosticsST 3000 is now available for both HART 6 andFoundationTM Fieldbus with advanced diagnostics thatminimize unplanned plant outages, minimize maintenancecosts and by providing the industrys most reliabletransmitter.Provide advanced warning of possible failure eventsand avoid costly shutdowns.Three levels of failure reportingComprehensive list of on-board diagnostics (Ref. ST3000 User manual with HART 6, 34-ST-25-17 Rev:June 09 and FoundationTM Fieldbus option manual 34-ST-25-15 Rev: June 09)
Configuration ToolsLike other Honeywell transmitters, the ST 3000 featurestwo-way communication and configuration capabilitybetween the operator and the transmitter through severalHoneywell field-rated portable configuration devices, including the Smartline Configuration Toolkit and theMultiple Communication Configurator (MC ToolKit). Whileboth are made for in-field use, the MC Toolkit also can beordered for use in intrinsically safe, Class I, Div. 1environments.The SCT 3000 Smartline Configuration Toolkit provides aneasy way to configure instruments using a personalcomputer as the configuration interface. The toolkit enablesconfiguration of devices before shipping or prior to fieldinstallation. The SCT 3000 can operate in the off-line modeto pre-configure an unlimited number of devices. Thisdatabase can then be loaded down-line during instrumentcommissioning.
FeaturesChoice of linear or square root output conformity is asimple configuration selection.Direct digital integration with Experion PKS and othercontrol systems provides local measurement accuracyto the system level without adding typical A/D and D/Aconverter inaccuracies.Unique piezoresistive sensor automaticallycompensates input for real-world temperature andstatic pressure variations.Added smart features include configuring lower andupper range values, simulating accurate analog output, and selecting preprogrammed engineering units fordisplay.Smart transmitter capabilities with local or remoteinterfacing means significant manpower efficiencyimprovements in commissioning, start-up, and ongoingmaintenance functions.ST 3000 transmitters feature full Dual-Seal certificationbased on ANSI/NFPA 70-202 and ANSI/ISA 12.27.01requirements without the use of additional sealprotection elements.ST 3000 transmitters are available fully compliant toSIL 2/3 requirements as a standard option.
Honeywells PX2 Series Heavy Duty Pressure Transducer is a portfolio of highly configurable pressure sensors that use piezoresistive sensing technology with ASIC (Application Specific Integrated Circuit) signal conditioning in a stainless steel housing. The PX2 Series is fully calibrated and compensated for offset, sensitivity, temperature effects and non-linearity using the on-board ASIC. This provides a Total Error Band of 2% over the operating temperature range of -40 C to 125 C [-40 F to 257 F]. With thousands of possible configurations, the PX2 Series allows Honeywell to meet customer requirements and quickly provide samples. New standard configurations are regularly being added. The PX2 Series is compatible with a variety of harsh media including brake fluid, common hydrofluorocarbon refrigerants, engine oil, tap water, hydraulic fluids, and compressed air. The wide operating temperature range, ingress protection up to IP69K, and 100 V/m radiated immunity allow for reliable performance in tough environments. These transducers measure absolute, sealed gage, or vented gage pressure. The absolute versions have an internal vacuum reference and an output value proportional to absolute pressure, the sealed gage versions have an internal pressure reference of one atmosphere at sea level, and the vented gage versions measure pressure with respect to ambient pressure. The PX2 Series is available in three pressure ranges: 1 bar to 70 bar 100 kPa to 7 MPa 15 psi to 1000 psi All products are RoHS compliant and are designed and manufactured according to ISO 9001 standards.
We are proclaimed providers of premium finishedHoneywell PressureTransducer. These products are ideally used for coupling transformers, balancing coils and filter coils. Our skilled agents source these products from reliable and known vendors in the industry. Customers admire the tensile strength, stability, accuracy and efficiency of these products largely. We offer all these products with a guarantee of their strict quality compliance. These are easily available from us at competitive prices.
Features:
For Best Price, OEM , Regular Buyers
We have belowModels in Stock:
CSLFB: The CSLF series of ultrasonic liquid flow transmitters are designed for use with building automation, energy management, and process control systems. Models include various sizes and connection types for liquid flow measurement.
FEATURES
DESCRIPTION
The CSLF series ultrasonic liquid flow transmitters are ideal for the measurement of flow rates of acoustically conductive liquids including most clean liquids and many liquids with entrained solids.
Main advantages include excellent long term stability, no pressure drop, no moving parts, broad fluid compatibility, high accuracy and low cost.
At the heart of the transmitter is a proprietary mixed signal ASIC which allows sophisticated timing, control and transducer drive circuitry to be combined on a single integrated circuit. The ASIC uses a special algorithum that is an improvement upon the standard single-path measurement technique. Using the "sing-around" method, the ultrasonic transducer alternates between transmitting and receiving to measure differences in flight time between upstream and downstream transmissions. A sound pulse is transmitted from an upstream transducer towards a downstream transducer like a traditional time-of-flight measurement. However, the received sound pulse then triggers a second downstream transmission that then triggers a third and so on for a specific number of cycles. This process is repeated in the upstream direction.
Because it takes an average flight time over multiple cycles to compute the difference in flight times, the approach yields a significant improvement in timing accuracy when compared with the time-of-flight difference of a single sound pulse in each direction. This algorithm, combined with the pico-second timing resolution of the ASIC, provides the precise time measurement capability necessary for compact, small diameter ultrasonic meters.
The output of the transmitter is unaffected by changes in fluid temperature, density and viscosity as the flow calculation is independent of the speed of sound.
Wetted materials include ULTEM encapsulated ultrasonic transducers with a choice of elastomer seals and epoxy coated carbon steel body material.
The TE500FL single point flying lead temperature transmitter utilizes a precision sensor encapsulated in a 6.35 mm (0.25) OD X 50 mm (2), 304 stainless steel probe. Standard wire length is 1.83 m (6). All probes are constructed to provide excellent heat transfer, fast response and are potted to resist moisture penetration. A transmitter that provides a high accuracy signal with excellent long term stability, low hysteresis and fast response is provided.
Temperature Transmitter
High strength corrosive resistant stainless steel sensor construction. No silicone oil, no welds, no internal "O"rings. Compatible with a wide range of liquids and gases. Suitable for high shock and vibration applications.
FEATURES
PGS100A is a compact gauge pressure transmitter complete with a 2 wire 4-20mA output, various pressure ranges, 1/4 NPT connection and 2 foot cable for electrical termination.
FEATURES
APPLICATIONS
Programmable temperature transmitters provides cost effective solutions for temperature monitoring applications. Compared to direct-wired temperature sensor monitoring points, the STT170 series of transmitters delivers increased accuracy, safety and reliability while also reducing wiring costs. These transmitters automatically linearize the temperature output signal bounded by the upper range value and lower range value established by the user. In addition, the user can program high or low limit alarms to activate in the case of sensor failure.
TT171 FEATURES
Analog 4-20 mA output
RTD or Ohm input
DIN form B headmount
NAMUR NE43 sensor error response
Configurable using STT17C configuration tool and PC
