Air Pollution Control Equipment Services

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Emissions Monitoring

AMETEK Land, the leading industrial combustion efficiency and environmental pollution emissions monitoring specialist, announces a number of enhancements to its Lancom 4 Portable Gas Analyser to improve usability and provide attractive features as standard.

Now available as a free download, Lancom 4’s innovative data acquisition software, Insight, is a powerful tool that allows users to interface their analyser with a PC for remote control and data logging. Insight offers graphing and analysis tools for data visualisation and reporting purposes, providing even easier access to data. Communications between Insight and the user’s PC requires a USB-RS232 interface converter, which is now supplied with every Lancom 4 for quick and easy set up.

In addition, Lancom 4 now includes Wake and Sleep functions, allowing measurements and data logs to be recorded over an extended period, and a rugged Carry Case, ensuring that the instrument is protected at all times when in use. All are now supplied as standard at no extra charge.

Upgrading to Lancom 4 also has been made much easier. Hardware items, such as external printers or analogue output modules, can be simply plugged in, with no firmware configuration needed. This means that these items can be fitted in the field, avoiding the need to return the instrument to the factory.

Lancom 4 is renowned as the world’s most versatile and accurate portable flue gas analyser for checking or testing a boiler system or pollutant process. It has the capability to monitor up to 9 different gases, a total of 17 measurement parameters with one instrument as well as the ability to data log up to 250,000 records.

Sensors

Schaevitz LLC Alliance Sensors introduced its GHS-19 series of spring-loaded LVIT (Linear Variable Inductive Transducer) gaging sensors. They are contactless devices designed for dimensional gaging and position measurements in factory automation and in various industrial and commercial applications such as automotive testing, mil/aero test stands, robotic arms, and packaging equipment, where the sensing element cannot be attached to the object being measured. Using LVIT technology with its simple coil design, the GHS-19 series offer excellent stroke-to-length ratios.

GHS-19 Features:

– Low cost drop-in replacement for spring-loaded LVDTs, with same connector and pinouts

– 0.75 inch (19 mm) diameter aluminum or stainless steel body with1/2-20 mounting thread

– EXCELLENT stroke-to-length ratio means much shorter housings

– Full scale ranges from 0.5 to 4.0 inches (13 to 100 mm)

– 1 pound (0.45 kgf) maximum tip force

– Contactless operation prevents sensor wearout from dithering or rapid cycling

GHS-19 sensors have a 0.75 inch (19 mm) diameter aluminum or stainless steel body with a 1/2-20 UNF-2A threaded nose 1.5 inches (38 mm) long and two 0.75 inch (19 mm) hex jam nuts for drop-in installation in place of spring-loaded DC-LVDT gage heads. The sensors’ 0.25 dia. probes are equipped with a No. 9 contact tip, producing a maximum tip force of 1 pound (0.45 kgf). They are offered with a PT02-10-6P. Operating from a variety of DC voltages, these sensors are available with a choice of one of four analog outputs, and they all include ASG’s proprietary SenSet field calibration feature.

Instrumentation

The Sensor Connection a division of Harold G. Schaevitz Industries LLC, has expanded its line of measurement and control instrumentation with the addition of the model TCA-MS-K-1. This Single Channel Type K Thermocouple Amplifier Module converts the low output voltage signal from a Type K thermocouple probe to a single independent linearized 0 to 5 VDC output voltage. This output is ideal for interfacing to instrumentation equipment including data loggers, temperature indicators, chart recorders, and controllers. A unique feature of this product is the fast dynamic response of 1 mS.

The Sensor Connection a division of Harold G. Schaevitz Industries LLC is an American company whose management has a combined experience of over 50 years in the sensor industry. We have a technically trained staff to help you select the ideal sensors for your application. Our core product offering includes Exhaust Gas Thermocouples (EGT) Probes, Thermocouples, RTDs, Linear Position sensors, Rotary Position sensors, Pressure sensors and switches. In addition to our standard products, we have capabilities to design and build custom products to suit your specific application. Major markets served include Motorsports, Marine, Heavy Vehicle, R&D Test labs, Power Generation, Military, and Industrial Manufacturing Assembly & Test.

Sensors

Alliance Sensors Group has expanded its sensor product offering by adding to its line the LRL-27 Series of long-stroke LVIT position sensors. These are contactless devices designed for factory automation systems and a variety of heavy duty industrial or commercial applications such as solar cell positioners, wind turbine prop pitch and brakes, material chute or gate positioners on off-road or agri-vehicles, robotic arm position feedback, and packaging equipment.

Operating from a variety of DC voltages, the LRL-27 series offer a choice of four analog outputs, and all units include ASG’s proprietary SenSet field scalability feature. With their compact yet robust design, superior performance, and excellent stroke-to-length ratio, LRL-27 sensors are ideal for industrial and OEM position sensing applications.

LRL-27 Features:

– LVIT Technology (Linear Variable Inductance Transducer)

– Contactless operation prevents wearout from dither or cycling

– 5 Nominal ranges from 250 to 450 mm (10 to 18 inches)

– Excellent stroke-to-length ratio

– 27 mm (1.05 inch) diameter anodized aluminum housing sealed to IP-67

– Radial cable exit version comes with swivel rod eye ends

– Axial termination versions with either M-12 connector or 1-m cable

The LR series also includes the LR-27 for shorter stroke applications, LR-19 series for applications where a short length and smaller diameter body is required, and the spring loaded LRS-18 series. Technical data sheets and additional information can be found at www.alliancesensors.com.

Fans

Multi-Wing America has released the OPTIMISER 10 Fan Specification App. OPTIMISER 10 is an easy-to-use resource for original equipment engineers to specify the most efficient, tailor-made Multi-Wing fan for their application. It is ideal for specifying fans in heating, ventilation, air conditioning and refrigeration (HVACR), as well as engine cooling in off-highway equipment and power generators.

OPTIMISER 10 Fan Specification App features an intuitive user interface, advanced natural-frequency sound calculations, and visual display of total efficiency on the fan performance curves. OPTIMISER 10 offers blade profile previews with available diameter ranges, materials and rotations.

“This app allows our customers to identify the most optimized and efficient customized fan for their equipment,” says Jim Crowley, president of Multi-Wing America. “OPTIMISER 10 also provides important data on sound, total efficiency and performance curves that engineers need to develop the best fan specification.”

Cables

CDM Electronics announced the availability of custom overmolded cable assemblies designed to withstand demanding environmental conditions in a wide range of industries including commercial, industrial, medical, military, and agricultural. The overmolding process provides a seamless seal of the junction between a connector and cable to ensure the utmost protection against liquids, dust, heat and impact. Overmolding additionally enhances strain and flex relief, as well as maintains the integrity of connections in applications requiring repeated mating/unmating cycles.

Designed for long life and reliable performance, CDM’s overmolded cable assemblies improve performance and reduce total cost in an extensive variety of applications in which harsh environments, abrasion and EMI/RFI are factors. As these assemblies are usually custom, they may be engineered for a broad array of applications including intermediate and light-duty power cable assemblies for industrial usage, RF coaxial assemblies, military/tactical assemblies, D-subminiature and mini assemblies. Overmolded assemblies are equally suitable for wire harnesses, telecommunications and medical assemblies.

CDM’s overmolded cable assemblies offer 360-degree strain relief and EMI/RFI shielding, optimized pull strength, and flexible support at the cable exit. They are provided with an unlimited variety of interconnects, cables, and thermoplastic materials in a range of colors to provide unparalleled design flexibility and aesthetics. Common materials include polypropylene (PP), Santropeneâ„¢ (TPV), Polyvinyl chloride (PVC), polyethylene (PE), acrylonitrile butadiene styrene (ABS) and thermoplastic polyurethane (TPU).

Bulk Handling

Building upon the standard crowned roller, the Martin® Roller Trackerâ„¢ from Martin Engineering uses a unique ribbed lagging made of durable polyurethane to increase performance and wear life. The roller does not come in contact with the belt edge, which means no fraying and excellent tracking for single-direction or reversing belts. The result is more centered cargo loading, less spillage and increased safety from the hazards of belt wander, leading to higher productivity and a lower cost of operation.

Used for lower tension belts from 500-1500 mm (20-60 in.) in width, running at a speed of up to 5 m/s (984 fpm), crowned roller trackers have a slightly larger diameter at the center than at the edges. Realignment is based on the basic principle of the belt contacting the raised portion of the raised portion of the roller first (the crown) first.

When the belt wanders off-center, the assembly tilts to the opposing side and steers it back toward the normal position. By retaining a consistent path on the return side, the belt passes over the tail pulley and enters the loading zone centered, delivering equal cargo distribution and reducing spillage.

Previous designs had lagging made out of a single smooth piece of rubber or soft gripping material, to retain a hold on the belt and train it back into position. Being in constant contact across the entire surface of the belt caused the material to wear quickly, requiring frequent and expensive replacement. The Martin Roller Tracker improves upon this technology with ribbed lagging made from thick, rugged polyurethane. Covering the entire belt width using less surface contact, the ribbed design reduces lagging wear and improves resistance to better train the belt back to center. This design is also very cost-effective to manufacture, contributing to a reduced purchase price.

Industrial Lighting

Larson Electronics, a company that specializes in industrial lighting equipment, has announced the release of a 150 watt explosion proof LED light mounted atop a telescoping aluminum pole.

The EPL-APM-150LED-RT explosion proof LED work light produces 17,500 lumens of light capable of illuminating an area 9,500 square feet in size. The telescoping pole mount is designed for permanent mounting operations while offering five foot to 12 foot adjustability. The LED light head on this unit produces a wide flood beam of light that is ideal for illuminating large workspaces and job sites. The light head on this unit contains 12 LEDs arranged in rows and paired with high purity optics producing a 60 degree flood beam. The light fixture carries an IP67 waterproof rating, is dust-proof, and protected against high pressure jets.

This telescoping LED work light is comprised of a removable LED light head mounted atop an anodized aluminum adjustable pole fabricated with 2.5 inch by 2.5 inch tubing for the first stage, two inch by two inch tubing for the second stage, and one inch by one inch tubing for the third stage. The tower is anodized and the brackets are powder coated for durability and rust resistance. The EPL-APM-150LED-RT is equipped with a powder coated flat mounting bracket that is easily attached to any flat surface. This hazardous location LED work light is equipped with 50 feet of 16/3 SOOW oil and chemical resistant cord that is terminated in an optional explosion proof cord cap. The light is universal voltage capable and can be operated with 100 to 277 volts AC.

Monitoring

Brà¼el & Kjà¦r announced the release of its new Vibration Monitoring Terminal Type 3680.

The device enables users to effectively:

– Protect against structural damage risks in construction and mining

– Assess human response to ground-borne vibration from road and rail traffic

– Monitor background vibration to ensure sensitive equipment operates correctly

The robust unit provides uninterrupted, tri-axial, real-time ground vibration measurement to help avoid harming buildings. It automatically delivers alerts to avoid breeching set limits and provides reports proving regulatory compliance.

The Vibration Monitoring Terminal also reliably assesses vibration impact from traffic. It enables users to efficiently conduct background surveys prior to new construction, as well as receive accurate data to evaluate vibration mitigation techniques.

In addition, the system monitors background vibration for organisations such as hospitals, semiconductor manufacturing plants and museums. It helps ensure patient comfort at medical facilities, trusted monitoring of delicate equipment to avoid costly errors and reduced risk of artefact damage.

The Vibration Monitoring Terminal operates stand-alone or with Sentinel for comprehensive, multi-location, vibration compliance monitoring. Standalone devices come with a smartphone app enabling setup, remote display and operation from anywhere and data transfer to standard post-processing applications.

Sensors

SignalFire Wireless Telemetry introduces the Pressure Scout, an intrinsically safe wireless pressure sensor that supports pressure monitoring and alarm reporting as part of the SignalFire Remote Sensing System. The first in a line of wireless integrated sensors, the Pressure Scout consists of a pressure sensor integrated with a wireless node and internal battery. The Pressure Scout is a low-cost alternative to conduit-wired or other wireless pressure monitoring solutions. Ideal applications for the Pressure Scout include well tubing and casing pressure monitoring, tank level monitoring and compressor station status monitoring.

As part of a wireless remote monitoring and control network, the Pressure Scout provides a robust, long-range (up to ½ mile) transmission to the Signal Fire Gateway where pressure data becomes available via a Modbus RTU or TCP interface. Available in standard pressure ranges, the Pressure Scout performs rapid (5 sec) pressure sampling with configurable alarm reporting (report by exception). Units offer local pushbutton zeroing. Operable in temperature ranges from -40°C (104°F) to 80°C (176°F), the Pressure Scout operates in challenging outdoor environments, sustaining signal strength through terrain, structures, or weather. Class 1, Division 1 certification is pending.

Operating on extremely low power, the Pressure Scout utilizes an internal battery that powers the integrated pressure sensor and radio for up to 10 years. For example, an application requiring a five second pressure sample interval for alarming, with a one minute reporting interval will last for 6.5 years. Extremely compact, units are both easy to install and maintain.

 

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