Job Title
Industries
Residential Indoors
Commercial Indoors
Industrial Indoors
972B | 972ES | ||
Detailed Specifications | |||
Sensor Type | Internal + External | External | |
Temperature Measurement Range | Internal sensor: -30.0 °C to 65.0 °C; External sensor: -40.0 °C to 99.9 °C |
-40.0 °C to 99.9 °C | |
Temperature Accuracy | Internal sensor: ±0.5 °C (-30.0 °C to 65.0 °C) External sensor: ±0.5 °C (-30.0 °C to 65.0 °C); ±0.7 °C (others) |
±0.5 °C (-30.0 °C to 65.0 °C); ±0.7 °C (others) |
|
Temperature Resolution | 0.1 °C | ||
Dew Point Temperature | Range | -40.0 °C to 99.9 °C | N/A |
Resolution | 0.1 °C | N/A | |
Wet Bulb Temperature | Range | -20.0 °C to 60.0 °C | N/A |
Resolution | 0.1 °C | N/A | |
Humidity | Range | 0.0% RH to 99.9% RH | |
Accuracy | ±3% RH (≥20.0% RH to ≤80.0% RH @ 25 ℃) ±5% RH (≥1% RH to <20% RH, >80% RH to ≤95% RH @ 25℃) Unspecified for others |
||
Resolution | 0.1% RH | ||
Data Storage | Yes. Up to 99 sets | N/A | |
Display | 2-line LCD display, with backlight | No | |
Auto-off | Power off after 20 min without any operation | N/A | |
Max/Min/Avg | Yes | N/A | |
Auto Logging Mode | Yes | N/A | |
General Specifications | |||
Temperature | Operating | -30 °C to 70 °C | -40 °C to 70 °C |
Storage | -30 °C to 70 °C, <80% RH (without battery) | -40 °C to 70 °C, <80% RH | |
Altitude | Operating | 2000 m | |
Storage | 12 000 m | ||
Relative Humidity | Operating | 0% RH to 99% RH | |
Storage | <80% RH | ||
Power Supply | Battery Type | 2 x AAA Batteries | — |
Battery Life | 1000 hrs for continuous operating, backlight off | — | |
Safety | IEC61010-1, Pollution Degree 2 | ||
Dimensions (L x W x H) | 211 × 58 × 40 mm | 264 × 33 × 28 mm | |
Weight | 172 g (body) | 127 g | |
Electromagnetic Environment (EMC) | IEC 61326-1: Portable, Electromagnetic Environment; IEC 61326-2-2; CISPR 11: Group 1; Class A | ||
Group 1: Equipment intentionally generates and/or uses conductive-coupled RF energy, which is necessary for its internal operation. Class A: Equipment is suitable for use in all establishments other than domestic and those directly connected to a low-voltage power supply network that supplies buildings used for domestic purposes. There may be potential difficulties in ensuring electromagnetic compatibility in other environments due to conducted and radiated disturbances. Caution: This equipment is not intended for use in residential environments and may not provide adequate protection to radio reception in such environments. |
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IP Rating | IEC 60529: IP30, non-operating |
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The key objective of moisture detection in the Water Damage Restoration industry is to identify and assess the extent of and damage caused by any abnormally wet or damp areas within building structures so that the drying progress can be measured, monitored and documented and the materials restored.
Restoring property to its ’pre-incident’ condition, requires that all building materials are examined thoroughly Before, During and After the drying process. This is to ensure that the drying parameters are maintained throughout the drying stages up until the drying goal is achieved at the end of the restoration procedure.
Moisture meters are essential tools for assessing water damage, enabling drying technicians to determine the extent of moisture ingress and locate its source. This is especially useful in cases such as leaks or burst pipes. The best quality moisture and humidity meters provide instant and accurate moisture content readings for various materials, including concrete, wood, and other building materials. These moisture readings play a crucial role in determining the necessary steps for the mitigation process. The results of moisture readings can be saved and visualized using color-coded moisture maps. These maps help identify patterns in moisture content levels, highlight problem areas, and pinpoint potential sources of water ingress. By taking readings at different phases during the drying process, moisture maps provide a visual representation of the drying progression. Furthermore, the readings can be saved in reports and easily shared with others |
The Tramex range of moisture meters and thermal hygrometer data loggers are the very best in class, providing unrivaled repeatability and accuracy which technicians can rely on in every stage of the water damage restoration process.
Tramex are unique in producing a full range of calibration check devices for each of our measuring tools. This ensures constant calibration, providing technicians with peace of mind and assurance regarding the accuracy of the meters.
Our Water Damage Restoration Kit range offers a wide selection of inspection and assessment solutions, specifically designed to meet the varying levels of investigative moisture detection required.
The Moisture Encounter MEX5 is the most versatile moisture meter for professionals in the Water Damage Restoration industry. The MEX5 is a non-destructive, dual-depth moisture meter which is calibrated for moisture readings in various building materials. It is the digital and extended version of the well-established ME5. The MEX5 features a built-in hygrometer and infrared surface thermometer for determining dew-point issues and has a port for optional external pin and relative humidity probes. These features make the MEX5 a great all-in-one instrument for conducting moisture surveys on most building materials and deeper within the building structures. Moisture readings can be saved into moisture maps for monitoring and reporting. |
The Moisture Encounter ME5 is the analog version of the MEX5 and is an extremely useful moisture meter for anyone inspecting moisture in buildings. This moisture reader detects moisture in walls, floors, ceilings and roofing, without damaging the surface material.
With the ME5, large surfaces can be measured in a short amount of time. The Dual-depth feature can help locate the moisture in the material by comparing surface and core moisture levels. The reading range can be adjusted to suit the density of the material with pre-calibrated settings for wood (MC%), drywall, roofing plaster, tile and masonry.
The ME5 works with the Tramex Meters App for saving moisture readings into moisture maps for monitoring and reporting.
Fast and Accurate: The
Xtra benefits: X5 has the added benefits of being a relative humidity meter with its built-in hygrometer for ambient RH and temperature readings. The CMEX5 also features a plug in port for Hygro-i2 Relative Humidity probes to carry out the in-situ ASTM F2170 test or RH probes for measuring the ambient conditions in cavity spaces. Optional wood pin probes provide wood content readings and electrodes can be used for deep moisture readings in insulation materials. Save and Share your data: Both the CME5 and CMEX5 work with the Tramex Meters App for saving data, moisture mapping, creating reports and sharing results with clients. This data can prove crucial for all parties involved to make sure that all requirements have been met throughout the drying process. |
Measure Moisture Content and Ambient Relative Humidity behind walls, tiles and within cavities, with access through small drill holes and without the need to remove the surface material. Ambient RH probes measure Ambient Humidity, temperature, dew point and gr/lbs & g/kg in tight air spaces and are narrow enough to fit in between tiles. Pin electrodes take deep wood moisture equivalent (WME) readings in many materials including soft material such as insulation. Wood pin probes provide moisture content readings of wood and wood by-products These accessories can be used with the Moisture Encounter MEX5 and Concrete Moisture Encounter CMEX5. The Ambient RH probes can also be used with the Feedback Datalogger DL-RHTX for logging over a longer period. |
It is important to monitor the drying conditions to ensure progress is being made and that the required 'drying parameters' are efficiently controlled and maintained. The ambient conditions of temperature, relative humidity, gr/lb & g/kg, and dew point can be monitored either locally and remotely.
Tramex Feedback Dataloggers, DL-RHTA and DL-RHTX, and the Tramex Meters App allow for on-site datalogging of both ambient and in-situ temperature, rh, gr/lb & g/kg, and dew point conditions. The data is transmitted wirelessly via Bluetooth BLE technology on-site to your Tramex Meters App on your mobile device. On the App you can visualize Live Readings, Thermal Conditions and Psychrometric Charts as well as creating and exporting spreadsheets, charts and reports.
Remote monitoring is possible with the Tramex Remote Environmental Monitoring System (TREMS) and its secure online Tramex Cloud system.
Multiple Cloud Sensors can be used in any one TREMS project, depending on how many areas of measurement need monitoring. The on-site Cloud Sensors transmit relative humidity, temperature, dew point and humidity ratio g/lb & g/kg readings wirelessly via the Tramex Cloud Station. In your Tramex Cloud account all collected data can be viewed remotely as files and in visual charts or graphs and compiled into reports. With TREMS, in the case that readings are outside the set parameters, alert notifications can be set up so that immediate action can be taken when needed.
With TREMS on your project, technicians and decision makers can decide whether a visit is required to take the industry standard readings in order to confirm completion or whether further drying is required.
It is crucial to have all the necessary tools and measuring instruments on hand when conducting a thorough moisture survey. As a leading moisture meter company with extensive experience in the Water Damage Restoration Industry, Tramex has developed Water Damage Restoration kits containing the essential moisture measuring tools for specific testing methods during the drying process.
These kits offer a combination of instant, non-destructive testing of floors, walls and ceilings together with instruments that can measure moisture and relative humidity conditions within building structures through small punctures in the surface material. The readings provide a clear picture of the moisture and relative humidity conditions behind and within building structures and floors, without much interference with the exterior layer.
Readings can be made into moisture maps and saved into reports for sharing. Choose your kit depending on the testing methods you need to perform.
]]>The available lenses include the standard lens (included), 4 x Tele Lens, 2x Tele Lens and Wide Lens. These options have been designed specifically for the Fluke Ultra Series range.
Varied applications with the new lenses include (but are not limited to):
The NEW Fluke Classic Ultra Thermal Camera Series introduces a leading edge visual infrared experience, now with optional lenses to increase the range of applications. Featuring our smartest, most intuitive user interface with increased thermal sensitivity to capture the smallest differences, users will enjoy the latest technology for on-screen clarity. The Fluke Ti480U/401U/300U Classic Ultra Series are sharper Infrared Cameras with improved spatial resolution and Ultra Focus focusing technology to support industry professionals.
The Classic Ultra Series boasts substantial progress in image quality, focus speed and test functions, taking performance to a new level with the inclusion of the new sensor. By retaining the classic industrial design, these thermal cameras will continue to support the user experience and improve efficient practical workflow.
Job Title | Industries | Where |
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Electrical
Electronics
Utilities
Metal processing
Construction Materials
Food and Beverage
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Fluke Optional Lenses for the Ultra Series Thermal Imaging Cameras will be available to order as of November 28 2023.
]]>Lasers are increasingly being used in the tire industry to improve efficiency, accuracy, and quality. Lasers can be used for a variety of tasks, including:
Laser technology is helping tire manufacturers to produce tires that are safer, more durable, and more environmentally friendly. Lasers are a versatile and precise tool that can be used to improve the quality and efficiency of tire production.
Precise monitoring of the width and edges of the rubber webs is realized with the aid of laser light. This guarantees that all subsequent process steps can be carried out efficiently. Time-consuming changeover times are reduced to a minimum by early error correction.
When measuring web geometry, it is not only a matter of a uniformly bright projection, but also of precise line straightness and thermal stability. The laser modules used for this purpose are robustly processed and ideally tailored to these specific requirements, ensuring high precision and reliability in the work process.
Product recommendations:
Positioning lasers
[Z5A Belt-Aligner]
Positioning lasers and lasers for machine vision
[Laser module ZM18]
Lasers for machine vision
[Laser module ZX20 ]
[Laser module ZQ1]
Three, five or seven laser lines are usually used for correct positioning of the rubber layers on the drum. Green laser light has proven to be particularly advantageous, as it is optimally visible on black rubber. In terms of module wavelengths, Z-LASER covers both 520 nm and 532 nm.
In addition to the visibility of the laser lines, their precise positioning during tire mounting is also important. This precision can be achieved with Z-LASER’s special mounts.
In addition, the laser modules from Z-LASER offer the following advantages:
Product recommendations:
[Laser module ZM18]
[Precision mount MXYZ]
[Precision mount H6-20]
Visual inspection of tire splices for potential defects such as open spots, overlapping layers or other irregularities is crucial to ensuring the safety and longevity of tires. Here, the laser plays a central role within the inspection system, consisting of camera and machine vision.
By using laser solutions that produce precisely straight and contrast-independent highly visible lines on dark material such as rubber, even anomalies that would not be visible to the naked eye can be detected. This increases the accuracy of the inspection and helps to ensure the quality and reliability of the tires.
Product recommendations:
[Laser module ZX20]
In this application, the exact positioning of the tire blanks in the tire presses plays a crucial role. To ensure this, Z-LASER products project a clearly visible cross marking. When using the tire press, it is also essential that the lasers used are highly robust. In addition, the laser light should be clearly visible and eye-safe at the same time.
Product recommendations:
[Laser module ZM18]
In this step of tire production, the tire is inspected for possible radial run-out, dents and other discrepancies. Here, too, solutions from Z-LASER are used, which act as an illumination source and are combined with a camera and a machine vision unit.
The strengths of Z-LASER in inspecting tire geometry lie in the exact straightness of the lines and the uniformly bright projection. This can ensure accurate and efficient inspection of tire quality, which significantly supports quality assurance and productivity in the tire manufacturing process.
Product recommendations:
[Laser module ZX20]
By using 3D measurement technology based on laser triangulation, cast-in or embossed numbers and letters on the tire wall can be detected. In this application, the laser module acts as an illumination source and is part of an overall solution that includes an industrial camera and a machine vision unit. This can be used to automatically detect tire type and serial or batch numbers, which automates subsequent steps in quality inspection or further processing. Laser modules from Z-LASER are characterized in this work step by a uniformly bright projection and the exact straightness of the laser lines, which enables precise and reliable detection.
Product recommendations:
[Laser module ZX20]
Measuring a tire tread is critical to ensuring tire safety and integrity. Triangulation systems are used to automate and speed up this process. These consist of a line laser, an industrial camera, and a powerful machine vision unit.
Z-LASER offers laser modules that are not only characterized by homogeneous and very straight lines, but also by their high robustness and reliability. These features contribute significantly to the efficiency and precision of tire tread measurement.
Product recommendations:
[Laser module ZX20]
[Laser module ZM]
Precise alignment of the tire tread is crucial for successful renewal. The use of one or more laser lines can ensure that the old tread is completely removed, and the new tread is perfectly placed. The following applies: All work steps should be carried out quickly and with maximum precision to ensure seamless coordination of the processing steps.
Product recommendations:
[Lasermodul ZM18]
[Lasermodul ZD]
Overall, laser solutions offer a number of advantages for the tire industry. They can help to improve efficiency, accuracy, quality, safety, and environmental impact. As laser technology continues to develop, it is likely that lasers will become even more commonplace in tire production.
]]>
Here are some of the common applications of telescopic measuring poles:
|
Telescopic measuring poles are a valuable tool for many different industries, including construction, surveying, and engineering. They are also a popular choice for home improvement projects. When choosing a telescopic measuring pole, it is important to consider the length, material, and features that are most important for your needs.
Here are some of the factors to consider when choosing a telescopic measuring pole:
Here are some of the benefits of using telescopic measuring poles:
If you are looking for a versatile and accurate measuring tool, a telescopic measuring pole is a great option. Consider the factors above when choosing a pole that is right for you.
Here are some additional tips for using telescopic measuring poles:
With proper care, a telescopic measuring pole can provide years of reliable service.
]]>
Welcome to the world of Pipe Lasers!Here at Laserman, we have put together a comparison of our favourite Pipe Lasers, so that our customers can compare, and choose the right laser for them!
Firstly, let us start with some background information!
A pipe laser is a sophisticated construction tool used primarily in civil engineering and construction to ensure precise alignment and grade control for installing pipes, sewers, and other underground utilities. It is a type of laser level that provides accurate measurements over long distances, making it indispensable for projects that involve laying pipes on a consistent slope or grade. Pipe lasers consist of a robust housing, often made of durable materials to withstand the rigours of construction sites. They are designed to be mounted on a tripod or directly inside a pipe using specially designed accessories. The laser emits a highly visible beam of light that travels along the pipe's axis or horizontal plane. The pipe laser can be precisely levelled and aligned, making it an excellent tool for maintaining consistent elevations over long distances. |
Key features of pipe lasers include:
Remote Control: Most pipe lasers come with remote control functionality, allowing operators to make adjustments to the laser's alignment and grade without physically accessing the unit.
Grade Setting: Pipe lasers enable users to set specific grades or slopes, ensuring that pipes are laid at the desired angle for proper water flow or drainage.
Automatic Levelling: These lasers often incorporate self-levelling technology, which ensures that the laser beam remains horizontal even if the unit is slightly out of level. This feature saves time and effort in setting up the equipment.
Laser Range: Pipe lasers typically have a long laser range, which means they can project a visible beam over substantial distances, often exceeding 500 feet (150 meters) or more.
Durability: Construction sites can be harsh environments, so pipe lasers are designed to be rugged and weather-resistant to withstand dust, moisture, and rough handling.
Here is a comparison report of the geo-FENNEL FKL 55, geoMAX Zeta 125SG, iMEX 012-IPL3TG, and geoLASER KL-901:
Feature | ||||
---|---|---|---|---|
Laser class | 3R | 3R | - | 2, <1mW |
Laser diode | Green | Green | Green | Green |
Accuracy | ± 5 mm / 100 m | ±5 mm at 100 m | 1.5mm at 30m | 5 mm at 100 m |
Range | up to 300 m | up to 200 m | up to 300 m | up to 200 m |
Grade range | -20 % – +30 % | +40% to -10% | -20% to +30% | -10% to +40% |
Operating time | 24 h (NiMH) | 40h Li-Ion battery | Lithium | up to 50 hours |
Power supply |
4 x D 8000 mAh NiMH (optional 4 x D Alkaline) |
|
8Ah Lithium battery rechargeable | 11 to 14 V DC with cable 0117.02 |
Dust / water protection | IP 68 | IP 68 | IP 68 | IP 68 |
Weight | 6 kg | 2.07 kg | 2.8 kg | 3 kg |
Price | $4,990.00 | $7,436.00 | $6,799.00 | Contact Us for Pricing |
Ultimately, the best laser level for you will depend on your specific needs and budget. If you need a high-accuracy laser level with a long range, the geoLASER KL-901 is a good option. If you are looking for a more affordable laser level, the geo-FENNEL FKL 55 is a good choice. And if you need a laser level that is easy to carry around, the iMEX 012-IPL3TG or the geoMAX Zeta 125SG are good options.
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Image reference from RadioDetection |
Here's how a typical Cable Avoidance Tool works:
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By using a Cable Avoidance Tool, construction and utility workers can identify the presence and approximate location of buried cables and pipes, allowing them to dig or excavate with caution, avoiding accidental damage and ensuring the safety of underground infrastructure. It is essential to follow proper training and guidelines while operating a CAT to ensure accurate and reliable results.
Check out our list of Cable Avoidance Tool.
]]>Error 156: The transverse tilt is greater than +/- 10°
To resolve: Hold the instrument without any transverse tilt
Error 162: Calibration mistake
To resolve: Make sure the device is placed on an absolutely horizontal and flat surface. Repeat the calibration procedure. If the message still occurs, contact the dealer
Error 204: Calculation error
To resolve: Repeat measurements, make sure to follow the sequence according to the manual
Error 205: S910 memory full
To resolve: Delete memory
Error 220 & 224: Hardware error
To resolve: If the message continuously appears, contact the dealer for service
Error 240 & 245: Data transfer error
To resolve: Re-connect device with computer and repeat procedure
Error 252: Temperature too high
To resolve: Let device cool down
Error 253: Temperature too low
To resolve: Let device warm up
Error 254: Battery voltage too low for measurements
To resolve: Change batteries
Error 255: Received signal too weak, measuring time too long
To resolve: Change target surface (i.e. white paper)
Error 256: Received signal too high
To resolve: Change target surface (i.e. white paper)
Error 257: Too much background light
To resolve: Shadow target area
Error 258: Measuring outside of measuring range
To resolve: Correct range
Error 260: Laser beam interrupt
To resolve: Repeat measurement
Error 284: Laser defect
To resolve: If message continuously appears, contact the dealer for service
Error 288-294: Hardware error
To resolve: If message continuously appears, contact the dealer for service
Error 300: Smart base not folded out
To resolve: Fold out Smart Base
Error 301: Device was moved, levelling not valid anymore
To resolve: Perform levelling again. Levelling with invalid levelling is possible, but it will affect the accuracy
Error 302: S910 "Point data transmission" is selected, but WLAN is off
To resolve: Switch on WLAN
Error 303 - 306: Error with Leica DST 360 Adapter
To resolve: Repeat procedure and if message still occurs, contact your dealer
Error 340: WLAN: Data transfer error
To resolve: Repeat procedure
Error 341: Authentication error
To resolve: Use correct password
Error >1000: Hardware error
To resolve: If message continuously appears, contact the dealer for service
Error 14041: Smart Base defect
To resolve: If message continuously appears, contact the dealer for service
If your error code is unlisted, please contact us.
]]>Design: The first step is to create a digital model of the product using computer-aided design (CAD) software. This digital model contains all the necessary information such as dimensions, geometry, and markings.
Calibration: The 2D laser projector is then calibrated to ensure accuracy and precision in projection. This involves setting up the projector at a specific distance from the work surface and aligning it to the correct position.
Projection: Once calibrated, the projector then projects the digital image onto the work surface. This image can include any necessary markings, such as outlines or placement indicators, that aid in the manufacturing process.
Assembly: The manufacturing team then uses the projected image as a guide for assembly. By following the image, they can ensure that each component is placed correctly and that the final product meets the necessary specifications.
Overall, a 2D laser projector helps manufacturers save time and increase accuracy in the assembly process by providing a visual guide that is directly linked to the digital model.
Image reference from z-laser.com and sl-laser.com.
]]>We would like to inform you that our following sensors now have an improved max. measuring rate of 100Hz (previously 50Hz).
The benefit of this is especially for the types DEN-10-500 and DEH-30-500. With this change, these devices are therefore even more suitable for applications on cranes or in logistics centers in combination with our reflective plate/foil.
For the DAN and DAE sensors, however, the difference will not be explicitly noticeable in all applications. There may be an improvement in the measurement speed in combination with an optimal measuring surface (e.g. white).
Please note, there is NO possibility to upgrade sensors that have already been delivered.
For further questions regarding these changes, please contact our Laserman team.
Inspecting hundreds of kilometers of roads and rails or measuring red-hot steel slabs: When conditions are extreme, speeds high and lighting conditions problematic, it comes into play:
Inspection of railroad tracks at regular train speed under the influence of strong ambient light
Reliable, compact and powerful, this laser module has been specifically designed for the most demanding applications on the market.
With its cast aluminum construction and 316 stainless steel base, each enclosure can protect the sensor from hazardous environments including those with open fire and potential explosions. Additionally, it comes preassembled with the DIS Sensor QG40N Sensor of your choice (purchased separately) and an internal mounting bracket.
A few key features include:
Typical application includes isolated ignition sources in explosive environments. With these enclosures, you can rest assured that your DIS Sensor QG40N Sensor remains safe and secure.
Safety issues are a serious concern for inherently dangerous industrial environments. For hazardous, explosion-prone environments, explosion proof enclosures are crucial for protecting electrical components such as lasers.
Laser-View Technologies designs and sells Explosion Proof Enclosures specifically for Dimetix lasers that are being used in hazardous environments.
They can be used in:
These explosion proof enclosures meet several safety requirements and operating guidelines. It’s important to note that the approvals, compliances, and certifications apply to the enclosures only, not to the Dimetix laser units themselves.
The 87V MAX is built for the most extreme environments you can find yourself working in. With this meter in your arsenal, you’ll be ready for whatever a job throws at you. From wet, dusty or dark environments to long days, the 87V MAX was designed to help you do the most on a work site. Watch the video above for more information on what the 87V MAX offers.
The 87V MAX includes the tried and trusted features of the 87V and adds to them.
87V MAX | 87 V | |
---|---|---|
IP Rating | IP 67 | IP 30 |
Battery life | 800 hours | 400 hours |
Drop test | Yes | No |
Backlit keypad | Yes | No |
Built-in thermometer (readings without having to carry a separate instrument) |
Yes | No |
TwistGuard™ test leads | Yes | No |
Operating temperature | -15 °C to 55 °C, to -40 °C for 20 minutes when taken from 20 °C | –20 °C to + 55 °C |
Product recommended:
]]>When you’re taking measurements on solar installations, these transients are invisible and largely unavoidable hazards, which means that your protection depends on the safety margins already built into your tools. That’s where the Measurement Category Rating comes in: it’s designed to tell the user which types of electrical installations the measurement device may safely make measurements in.
A voltage rating alone, however, won’t tell you how well a handheld tool was designed to survive high transient impulses — its category rating also needs to fit the environment you’re working on.
Standards that define measurement category ratings are all about safety. Safety standards for measurement equipment are set by the International Electrotechnical Commission (IEC) to ensure that the instrument and operator are never the weak link in the system — and subsequently the location of failure — if a voltage transient occurs. The measurement categories are defined below.
Measurement Category | Examples |
CAT IV |
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CAT III |
|
CAT II |
|
IEC 61010 measurement categories apply to test equipment for <3000 V mains measurements and correspond to the overvoltage category definitions and transient protection defined for mains installations from IEC 60664.
The division of a power distribution system into categories is based on the fact that a dangerous high-energy transient, such as a lightning strike or switching transient, will be attenuated or dampened as it travels through the impedance (ac resistance) of the system. The higher the category, the larger the prospective fault current available and the higher the voltage transients can be — peaking as high as 10,000 V for mains being measured at CAT III < 1500 V.
IEC 61730-1 defines PV modules as permanently wired electrical installations (Category III), not point-of-use electrical outlets (Category II).
Overvoltage categories in a photovoltaic installation connected to the utility energy grid
In addition to being tested to an actual overvoltage transient value, handheld measurement tools are required to have a minimum insulation level — a combination of solid insulation, clearance, and creepage — between internal components and circuit nodes to meet the category rating. Insulation protects internal circuits against fire/arc fault and the operator against electric shock. The higher the working voltage and measurement category rating, the greater the insulation required.
Within a category, a higher voltage rating denotes a higher transient withstand rating. For example, a CAT III 1500 V meter is resistant to much higher energy transients, and therefore offers superior protection compared to one rated CAT III 1000 V.
Overvoltage category III 1500 V systems are becoming the new normal in solar, delivering cost savings and efficiency gains to facility owners. Each inverter can process more energy, more panels can be connected in series to make longer strings, which requires fewer wires and inverters.
For safety and accuracy, making measurements in an overvoltage category III environment requires CAT III rated tools.
The Fluke 393 FC Solar Clamp Meter is the only CAT III 1500 V/CAT IV 600 V TRMS Clamp Meter which meets the insulation requirements for CAT III environments like solar installations and measures up to 1500 V dc.
The dielectric tests for a CAT III 1000 V current clamp is 8000 V pk/7000 V rms. For CAT III 1500 V, it’s 10000 V pk/9700 V rms.
The Fluke 393 FC CAT III 1500 V TRMS Clamp Meter is the world’s only CAT III rated clamp meter adequately rated for use in 1500 V PV installations.
When choosing measurement tools for PV panels, it’s worth considering the worst-case scenario of the job. First, choose a meter rated for the highest category you could be working in. Then, look for a voltage rating that matches your needs. Choosing the right CAT rated tool for your environment helps you and your team make reliable measurements while reducing risk.
The 393 FC meets the safety requirements for test equipment (IEC 61010-2-032) corresponding to the overvoltage category level of the PV array electrical installation (IEC 61730-1). It offers safe and accurate voltage measurement up to 1500 V dc in solar and battery applications, with features that help make the job easier:
Why use a CAT III rated tool in solar installations? It comes down to safety: yours. Don’t entrust your protection (or your team’s) to any tool that’s not adequately rated for the job.
Product recommended: Fluke 393 FC CAT III 1500 V True-rms Clamp Meter with iFlex
]]>As part of a companywide initiative to reduce waste and limit our environmental footprint through responsible procurement, Radiodetection has ceased the supply of Alkaline D Cell batteries with our Pipe and Cable Locator Products.
The initiative offers a great opportunity to make meaningful change towards a more sustainable future and is only one of many steps we plan to take from 2022 onwards.
We believe that this change will have a positive impact on the environment as it will significantly reduce the use of disposable batteries. Customers can achieve financial and efficiency benefits by switching to sustainable battery solutions.
Introducing the new smart battery and charger option for our Cable Avoidance Tools (C.A.T) range
We are pleased to launch our new range of rechargeable batteries and charger. Keeping up with the latest developments in technology, they offer essential features to help improve safety, increase durability and meet customer demands.
Radiodetection can show you how to make considerable cost savings by investing in our NiMH rechargeable batteries over the anticipated lifetime of your C.A.T and Genny.
Collateral
We have created the following document, providing more detail and best practice tips.
C.A.T & Genny smart battery and charger brochure
Get it here: RadioDetection Smart Battery and Charger Option for C.A.T Range
]]>Measuring wheels are used to determine land / road distance or the distance traveled by vehicles. Measuring Wheels are used by surveyors, landscapers, or construction workers for road maintenance, and site measurements. They can also be used to measure golf courses, sporting fields, or schools.
The measuring wheel is also known as a surveyor's wheel, clickwheel, odometer, waywiser, trundle wheel, or perambulator.
The measuring wheel has been around since the 1600s. The earliest surveyor's wheels worked a lot like the odometers we use today, which isn't surprising since the two instruments share the same origin that dates back to Ancient Greece.
A measuring wheel is a device that measures distance by counting revolutions. There are two main types of measuring wheels: mechanical and electronic. Mechanical measuring wheels have an analogue display, and battery powered ones, have a digital display.
At a minimum, they consist of a wheel attached to a long handle with a grip. As the wheel turns, it marks off the amount of times it rotates, quickly calculating distance. The flatter and smoother the surface that the measuring wheel is moved over, the more accurately it is able to determine distance.
When using your Measuring Wheel, make sure the wheel surface is clean. Any dirt or loose impediments can affect the measurement. ... Place the tool exactly where the measurement starts. ... As you walk, keep a steady pace. ...When you reach your ending point, pick the device up. ...and record your measurement.
Measuring wheels come in different sizes and shapes. You should choose one based on how much space you need to cover. If you plan to use the wheel to measure road or land distances, then you will need a large wheel. Smaller wheels are better suited for measuring objects such as pipes or indoor surfaces.
When choosing the right wheel for you, make sure the unit has high accuracy, is easy to fold down, has an easy to read display, a trigger brake is a helpful feature, as it allows you to lock your measurement, if you need to retract the wheel for a moment. For example, if you are working in the bush, and need to roll the wheel out of a bush - the brake will stop the counter from losing measurements. It is also good to check a wheels maximum range. You don’t want to purchase a wheel which can only go as far as 200m, when you will require a longer range. A good max would be 10,000 m.
Laser levels are used in many different applications, including construction, carpentry, plumbing, agriculture, earth moving and electrical work. They're also useful for measuring distances, angles, and heights. This article will teach you how to choose a receiver, which will work with your laser level effectively.
For construction laser applications, the new range of Leica rotating lasers under the Rugby name offer horizontal only, plus horizontal and vertical levelling, single grade and dual grade capable.
Reliable, great quality, good warranty, and great features - we almost exclusively offer these lasers now with a millimetre receiver as these aren’t much more than a standard receiver now.
The range of Rugby lasers can be found here:
If you still can’t make up your mind after looking at the Leica range, all the rotating lasers we sell are here!
]]>The latest GeoMoS software (V8.1 or later) supports now the DIMETIX protocol. From now on, the DIMETIX sensors can be connected directly to this LEICA monitoring solution.
This has been requested by customers several times and we are happy to announce that our sensors are fully supported by this software.
The GeoMoS monitoring solution has been under continuous development for more than 20 years. It allows monitoring, calculation and logging of various surveying devices, environmental sensors, camera systems as well as other measurement devices. It can also be used to send alarms and messages.
For more details please contact us at team@laserman.com.au or 08 9335 1718
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Improved safety, with intelligent features and increased durability:
Process Calibration Tools |
Electrical Test Tools |
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Multifunction process calibrators |
Pressure gauges and calibrators |
Process test tools |
Power quality analyzers |
Earth ground testers |
Power loggers | Clamp meters | ||
754 | 726 | 700G | 729 | 773 | 177x Series | 1625-2 Kit | 1738 | 376 FC |
Electrical Test Tools |
Infrared and Vibration Tools |
Software |
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Insulation multimeters |
Insulation testers |
Digital multimeters |
Thermal imagers expert |
Industrial Imager expert |
Thermal imagers professional |
Infrared windows |
Vibration tester | Maintenance software |
1587 FC | 1555 | 28 II Ex | TiX580 | ii900 | Ti480 Pro | CV Series | 810, 805 FC | Fluke Connect® |
Fluke makes rugged, reliable quality tools that mining professionals can count on! See the full line of innovative products @ www.laserman.com.au & www.fluke.com.au
Contact the team@laserman for recommended FLUKE products for mining solutions.
]]>We are happy to introduce to you our NEW Fluke MDA-550 Series III Motor Drive Analyzer.
The Fluke MDA 550 Motor-Drive Analyzer saves time and eliminates the hassle of setting up complex measurements while simplifying motor-drive troubleshooting. From basic to advanced measurements, the MDA-550 has you covered, and with a built-in report generator you can quickly and easily generate as-found, and as-left reports with confidence.
MDA-550 is the ideal portable motor-drive analysis test tool and can help safely locate and troubleshoot typical problems on inverter-type motor-drive systems.
Measure input voltage and current to quickly see whether values are within acceptable limits.
Check the voltage unbalance and the current unbalance.
Provides the ability to discover the harmonics of the motor-drive but can also discover the possible effects of inverter switching electronics.
The record function can be used to check DC bus performance dynamically in the operating mode while a load is applied.
Check the output of the drive focusing both on voltage to frequency ratio (V/F), and voltage modulation.
Measurements of the Pulse Width Modulated signal are used to check for high voltage peaks which can damage motor winding insulation.
Ensuring that voltage is being supplied at the motor input terminals is key, and the selection of cabling from drive to the motor is critical.
Voltage pulses from a variable speed drive can couple from a motor’s stator to its rotor, causing a voltage to appear on the rotor shaft.
With the introduction of the NEW MDA-550 Series III Motor Drive Analyzers, we will be discontinuing the two MDA models listed below.
FLUKE-MDA-510 Item No. 4984691
FLUKE-MDA-550 Item No. 4984706
Metal worktables and clamping systems are a state of the art technology which enhance the production by reducing all non-welding activity, and increased manufacturing standards. It lets you create unlimited clamping and stopping arrangements around your workpiece.
The Laser Projector generates its image from common CAD design and construction drawings. Your desired production outlines are directly projected onto the production tooling or surface. The steps of your work procedure can be controlled and retrieved via a remote unit
Reduce setup times up to 70%
The Laser Projector drastically cuts the time of constructing Metal worktables. It simplifies complicated setups.
Faster assembly with increased accuracy
The Laser Projector will guide you accurately based on the 3D that you have set on the software which makes your assembling faster and precise.
Simple intuitive software
SL-Laser ProDirector 6 has a user-friendly interface and easy to use software. It also has a remote for a quick setup change.
1.Laser Projector ProDirector 6
Industry proven, robust, reliable
ProDirector 6 laser projector is a sealed product perfect to heavy-industry demand for a rugged system that can endure harsh environments.
Typical applications:
2.Laser projector ProDirector XS2
When size matters: Laser projector Prodirector XS2
The smaller ProDirector XS2 is perfect for applications in tighter, confined spaces. Mounting of the projector is flexible - from simple tripod or cart systems where mobility is required for custom solutions such as mounting in helicopter cockpits to assist in layout of complex cable and wiring connections.
Typical applications:
3.Laser projector ProDirector XS2 mobile
Wireless and with battery operation
For the work where space is limited: the smaller and lighter laser projector "ProDirector XS2 mobile" is now even more flexible, thanks to battery operation and Bluetooth connection. The system is mounted on a tripod with wheels, the power comes from an industrial battery, enough for several hours. The projection data is sent wirelessly via Bluetooth directly to the projector. The combination of mobile ProDirector XS2 and our Tablet PC, also available in industrial quality, gives you more flexibility. The SL3D Software is installed on the Tablet PC, you do not need a PC at the working area.This is an advantage in the interior of the helicopter, if cable connections or click-bond holders should be installed, where error-free positioning of workpieces is required.
We are pleased to introduce to you the Fluke 190 Series III ScopeMeter® Test Tools. This CAT III 1000 V/CAT IV 600V rated test tools combine rugged portability with the high performance of bench oscilloscopes to help your customers take on the challenges of installing, commissioning, and maintaining industrial machinery, automation and process controls, and power conversion electronics with ease—from DC to up to 500 MHz.
Fluke-190 Series III ScopeMeter
ScopeMeter 190 Series III test tools are engineered to cover a wide application range from mV to kV.
ScopeMeter Test Tools are built for dirty, hazardous environments.
Easily transfer saved files via USB stick, direct connection via the USB interface or optional Wi-Fi connectivity.
Connect-and-View triggering provides an instant, stable display without the need for adjusting set- tings.
Conveniently switch from waveform analysis to precise multimeter measurements using the built in 5000 count digital multimeter on two channel 190 Series III models.
Plot any combination of up to four readings including voltages, amps, temperature, frequency and phase for all inputs, all with time and date stamp to pinpoint faults.
ScopeRecord memory stores up to 30,000 or more data points per channel, capturing fast intermittent events and glitches as short as 8 ns.
Feature | Benifit |
4 independently floating isolated inputs up to 1000 V | Inspect multiple signals amplitude over time such as voltages or current or wave shape relationships independent of their reference voltage level up to 1000 V |
Up to 5 GS/s high-speed sampling | Capture waveform details with resolution as much as 200ps (picosecond ) capturing and accurately reproducing phenomena like fast transients and induced noise |
10,000 points per trace waveform capture (scope mode | Enough memory depth to capture and analyze the details. |
1000 V CAT III / 600 V CAT IV | Safe in CAT III or CAT IV environments. The only scope that can safely measure from the CAT IV rated 3-phase input all the way through to CAT I rated millivolt control signals |
999 count DMM (2-ch models: insulated 5000 counts DMM built-in) | Increased versatility: Perform measurements with a MultiMeter and simply switch over to scope mode for waveform analysis |
Connect-and-View™ triggering | Gives intelligent, automatic triggering on fast, slow and even complex signals, allowing the scope to be used virtually hands free |
ScopeRecord™ Roll mode | Record high resolution waveforms over extended periods of time looking for wave shape abnormalities. |
TrendPlot™ paperless recorder mode with deep memory | Log automatic signal measurements over days, easily analyze signal drift, fluctuations and other anomalies. |
Automatic capture and REPLAY of 100 screens | A built-in recorder to rewind and go back in time to display intermittent random events before it is lost forever |
Frequency spectrum analysis using FFT-analysis | Easily analyze a signal in the frequency domain looking at a signal's amplitude versus frequency spectrum |
With the introduction of the NEW Fluke 190 Series III ScopeMeter® Test Tools the following products will be discontinuing the Fluke 190 Series II.
The Following Fluke 190 Series II products are discontinued
The geo-FENNEL GNSS antenna FGS Lite with geo-FENNEL Survey Software supports users with a multitude of basic surveying tasks
The geo-FENNEL Survey Software is an Android-based simplified user software which can accomplish surveying tasks professionally
View products:
The geo-FENNEL GNSS receiver FGS 1 is specifically designed for the operation in rough environments.
It covers all available GNSS sources such als GPS, GLONASS, GALILEO or BEIDOU and is able to limit user defi ned sources. Its integrated radio interference suppression allows the operation in adverse conditions. A Bluetooth interface, an integrated radio modem
View products:
The new geo-FENNEL GNSS receiver FGS 200 is unique in its‘ class and very compactly engineered. A truely excellent partner for operating in adverse conditions: Due to the integrated IMU Sensor a deviation of 60° to the vertical line is compensated. This feature really facilitates the surveying job to a maximum.
Equipped with a powerful UHF (Rx, Tx), WiFi and 4G modem the FGS 200 offers a wide array of connection possibilities. With 574 channels the receiver supports all available GNSS sources (GPS, GLONASS, GALILEO, BEIDOU) without the need to further activate them.
View products:
The Android-based geo-FENNEL Survey Software is compatible with all of geo-FENNEL’s receivers thus forming a complete GNSS surveying system.
The simplified but comprehensive geo-FENNEL Survey Software is very well equipped for the daily surveying tasks.
AndroTec cubature calculating software for Microsoft-Windows® allows easy calculation of volumes between two surfaces (so called „horizont“) conformable to REB/GAEB regulations.
These surfaces can be given either through a horizontal layer with fi xed height or through measuring or CAD data. Single coordinates can be offset in elevation. Breaking edges in the terrain or predetermined limits and clearances of the measuring area are also inclulded utilizing the automatic triangle intermashing feature of the software.
]]>All new Fluke PTi120 units now come with a greatly increased -20°C to 400°C thermal detection range (previously 150°C) and a new, lower price tag.
Shop NowWhether it's solar arrays, wind farms, electric railways or battery banks – the Fluke 393 FC is specially designed for uninterruptable, high voltage dc environments.
View ProductTo help you stay safe on-site and beyond, we're including complimentary Fluke branded reusable face masks with all online purchases. While stocks last.
Check our catalogHelpful: Coaxial laser beam integrated in the telescope and focusable on the target
Measurement safety: 2-axis compensator of target and transverse axis for automatic correction of small residual inclinations of the displayed vertical angles
Magnification | 30x |
Accuracy | 2" (0.6 mgon) |
Minimum reading | 1" (0.2 mgon) |
Compensator | 2-Axis compensator |
Laser point finder | focusable |
Laser class | 2 |
Beam diameter | 5 mm / 100 m |
Maximum visibility | 180 m |
Oper.time/power | 10 h / NiMH |
Temperature range | -20°C - +50°C |
These following products will be phased out soon and will be replaced by FET 220 Digital Theodolite & FET 220K-L Digital Theodolite.
1. geo-FENNEL FET 402K-L Digital Laser Theodolite
2. geo-FENNEL FET 405K Digital Theodolite
3. geo-FENNEL FET 420K Digital Theodolite
4. geo-FENNEL ELT 220 Digital Electronic Theodolite
As such, great efforts are being made to improve the performance of stock placement and retrieval processes. It is not unusual that a forklift driver needs several minutes to place a pallet at a height of 10 meters, for example. The positioning laser systems support the approach to storage bins, positioning at height and precise positioning of goods.
This is where the lasers help to maintain the correct depth, height and precise distances to ensure clean stacking. Even when registering pallets that are positioned one in front of another, the laser “remembers” where it has to stop in order to avoid touching the next pallet. Another strength of laser-controlled industrial trucks resides in loading goods.
Using lasers makes stacking child’s play.
1. The line laser drives with you The solution is realised by installing a line laser into the fork which projects a horizontal line forwards. This in turn is filmed by a camera integrated into the other fork and displayed on the monitor in the driver’s cab. |
2. Visualization using cross lasers A different technical solution is offered by installing a green cross laser between the forks, for example. It can provide the driver with the optical assistance needed particularly when storing in very high tray warehouses. |
Mounting between the forks is performed with a red or green cross laser such as ZM18 laser with cross of 5×5° up to 60×60° fan angle. The special “L90” version with angular optics, which bends the beam by 90°, enables flexible attachment – meaning that the laser can be fitted horizontally or vertically and does not take up much space.
Laser projections of lines, crosshairs, or shapes created flexibly from construction data simplify and speed up the work steps required, increase manoeuvring quality, and drastically lower the risk of accidents with industrial trucks.
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Personal protection plays a major role in every driving environment.According to the German Social Accident Insurance Institution for Trade and Logistics (BGHW), safety is a highly relevant topic when handling industrial trucks. Fatal accidents in the workplace are on a consistent downward trend, except if they are caused by forklift trucks. The figures in this case are alarming and have been stagnant for years. Collisions make up 65% of industrial truck accidents. There is an urgent need to react appropriately and promptly here and to recognise obstacles in time (even when manoeuvring backwards). |
1. The forklift truck issues the warning to the driver, similarly to how a car beeps when driving in reverse.
2. The forklift truck emits an external warning, which can be done using markings, flashing lights, and signals.
The forklift truck emits an external warning, which can be done using markings, flashing lights, and signals. Red or green line lasers make the driving path visible in front of and behind the forklift truck. When visualising the danger externally using lighting, it is always important to create strong light contrasts with the ambient light. The use of strong red and green lasers from the ZM18 series offers clear advantages over conventional dot lasers.
This guarantees collision-free movement of the forklift truck between automated guided vehicle systems, objects, and people.
Recommended Products: ZM18 Series
With the laser system and the corresponding software, work plans and measuring points can be transferred without errors and in a time and cost-saving manner, even with large or convoluted assembly surfaces. In the precast industry, the ProDirector enables the exact positioning of formwork, built-in components, magnetic lines, shuttering profiles and reinforcement.
The laser is mounted in a place above the table or on rails for long lines.
On the rail, the laser moves from position to position along the long line.
The advantage is that a complete line can be predefined and assigned in CAD and the laser works through project by project.
All common formats, DXF, DWG, ULB, HPGL, can be displayed.
The laser systems also work together with control systems.
Product Recommended:
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