Industrial supply and process measurement. Manufactures infrared, thermal imaging, temperature, humidity and calibration instruments.
Palmer Wahl Instrumentation Group
“Designed to simplify maintenance operations and commissioning of sensors and transmitters using process signals such as 4-20 mA or 0-10V.”
C150 High Accuracy Portable Calibrator
- Simultaneous Measurement and Source or Dual Measurement Channels
- Rugged IP54 Construction for On-Site Use
- Automatic Calibration on HART Protocol Transmitter
- Measure and Generate Voltage, Current, Frequency, Resistance Signals, Resistive
Palmer Wahl Instrumentation Group
234, Old Weaverville Road, Asheville, NC 28804, USA.
Temperature sensors for temperature measurement and process automation solutions.Mr. Bollerman opened Pyrometer Instrument Company in 1928, the first products were contact and immersion thermocouple pyrometers for molten iron and steel foundries.
Pyrometer Instrument Company
Pyrofiber Industrial Automatic Emissivity Measurement System – AEMS. This Infrared Thermometer for Temperature Control in used in temperature measurement in refractories, ovens, furnaces etc. Its uses a fiber optic sensor and is a non contact infrared thermometer.
Infrared Thermometer AEMS – Pyrometer
Some Features Specs are –
- Accuracy After Emissivity Correction: ± 5°F (± 3°C)
- 1ms Data Acquisition Rate
- 3 Temperature Models Available:
- Internal Data Notebook & PC Interface
- Analog & Digital Outputs
PF 905 Industrial Std Temperature Range is 1100°F – 2730°F (600°C – 1500°C). Three models available covers – 250°C – 3000°C.
The Pyrofiber Industrial incorporates an electronic microprocessor control unit housed in a NEMA enclosure, LCD digital display, membrane keypad, power supply, fiber optic cable and connections with a primary optical sensor head and (Optional) secondary irradiance (background radiance) sensor head.
Pyrometer Instrument Co.
92 North Main Street, Bldg 18-D • Windsor, NJ 08561, USA.
These units are made-to-order and matched for optimum performance when measuring critical temperatures in very distant targets or high temperatures up to 3000ºC or 5400ºF.
3i Series – Laser Sighting – Handheld Pyrometer – Raytek
The Raytek 3i series of noncontact thermometers measures surface temperature in places other
thermometers cannot. With a choice of spectral responses, temperature ranges, laser sighting options
and on-board data logging capabilities, the Raytek 3i meets the individual requirements of demanding users.
- Temperature Range: -30º to 1200°C
- Spectral Response: 8 – 14 microns nominal – thermopile
- Distance to Spot Size: 25:1 up to 180:1
- Emissivity: 0.10 – 1.0 digitally adjustable
To assure accuracy, 3i pyrometer also compensates for the energy reflected by the background around the target, making it a great tool to use nearby objects with high temperatures; for example inside a furnace.
This new generation OSXL160 infrared camera (equipped with uncooled focal plan array micro-bolometer) produces crisp thermal image and accurate temperature reading to help increase system maintenance quality and efficiency in many industries. This is from Omega.
Handheld Thermal Imager – OSXL160
Excellent Thermal Image and High Accuracy Temperature Measurement, Wide Temperature Measurement Range up to 1200°C (2192°F). Built-In Microphone to Record 40 Seconds of Voice Annotation
Specs and Features
- Detector Type: Focal Plane Array (FPA), uncooled microbolometer
- IR Resolution: 160 x 120 pixels
- Multifunction PC Analysis Software
- Automatic Hot/Cold/Average Spot Recognition
- Pixel Pitch: 25µm Infrared Image Quality
- Thermal Sensitivity (NETD): <65mk at 30°C
- Emissivity: Adjustable from 0.01 to 1.0
Introduction to Thermal Imaging – Omega Engineering
Honeywell International – Industrial Solutions
Honeywell can trace its roots back to 1885, when an inventor named Albert Butz patented the furnace regulator and alarm. He formed the Butz Thermo-Electric Regulator Co., Minneapolis, on April 23, 1886, and a few weeks later invented a simple, yet ingenious device that he called the “damper flapper.”
Here’s how it worked. When a room cooled below a predetermined temperature, a thermostat closed the circuit and energized an armature. This pulled the stop from the motor gears, allowing a crank attached to the main motor shaft to turn one-half revolution. A chain connected to the crank opened the furnace’s air damper to let in air. This made the fire burn hotter. When the temperature rose to the preset level, the thermostat signaled the motor to turn another half revolution, closing the damper and damping the fire. The temperature correction was automatic. Over the years, many Honeywell products have been based upon similar, but more complicated closed-loop systems.
Honeywell – Wikipedia
“Handheld access to process data allows users in the field to view the latest plant information while on the move, significantly enhancing operational performance”
Mobile Productivity – Mobile Station
“Using a wireless Station tablet or other handheld device, Mobile Station solutions simplify security and minimize performance impact on the control system.”
“Mobile Access for Station provides read-only and write access to Experion graphics with dynamic data. This is accomplished via a Terminal Client connection to a Remote Engineering and Station Server (RESS) loaded with Station and Terminal Services. Using the Terminal client installed on the Tablet PC…”
KEBA modular system – Configure an Industrial Automation solution with basic elements. System components include Controls, I/O modules, Drive technology and panels.
KEBA AG – Automation by innovation.
Handheld terminals – KeMobile, the handheld operating device. Shown on right is a KeTop T41.
KeMotion – Functionality of a robotic control system with SPS controls.
Industrial automation and Robotics – KEBA
KEBA energy automation
“The KeContact power charging station can be installed outdoors and serves the simple and safe, around the clock recharging of all types of electric vehicles such as cars, scooters, bikes, Segways and wheelchairs.”