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Automatic measurements. More flexibility. Better power quality troubleshooting.
Fluke 1770 Series Three-Phase Power Quality Analyzers eliminate the complexities of power quality logging, troubleshooting, and analysis. Engineered to be the faster, easier way to perform power quality studies, the 1770 Series offers automatic measurements, a straightforward user interface and setup, best-in-class specifications, and a simplified reporting platform. The instrument can also be powered directly from the measurement circuit, eliminating the need to find a power outlet or use a lengthy extension cord.
With the 1770 Series you’ll never miss a critical power quality event—from fast transients up to 8 kV, harmonics up to 30 kHz, dips and swells, as well as the voltage, current, and power measurements that enable you to characterize your electrical system.
Automatic measurement capture
Whether you’re performing a quick system check or a detailed power quality study, consistent data is key. The Fluke 1770 Series offers a unique automatic measurement capture system that helps ensure you’re collecting the right data every time, while still giving you the flexibility to select and adjust specific parameters as needed. More than 500 power quality parameters are captured by default and the guided setup makes it easy to select the right parameters for the system you’re working on. Logged data is instantly viewable, downloadable, and shareable with Fluke Energy Analyze Plus software so you never need to wait to finish a session before reviewing results or analyzing data.
Ultimate measurement confidence
The Fluke 1770 Series are 2-in-1 devices that combine the troubleshooting functionality of a power quality meter with the robust analysis and logging capabilities of a standalone power quality analyzer—in a single, easy-to-use, handheld device.
The ‘PQ Meter’ function gives you immediate access to live onscreen data in the field so you can quickly identify potential problems while troubleshooting. The detailed ‘PQ Logging and Analysis’ function eliminates the complexity of performing power quality studies by guiding you through the setup process ensuring you’re capturing the right data every time. Couple these measurement modes with a unique measurement connection autocorrect function and you can be confident that you never need to worry about going back for a second measurement—even if you were unsure about what to look for when you started.
Powerful analysis software with easy-to-create reports
Fluke 1770 Series Power Quality Analyzers come standard with the powerful Fluke Energy Analyze Plus software, designed to eliminate the hassles found with other multi-purpose application software. Energy Analyze Plus helps you evaluate power quality data right out of the box and without extensive training.
Energy Analyze Plus makes downloading, analyzing, tracking, and reporting power quality and energy data easier than ever. Quickly compare results to historical values, benchmark against industry norms, compare measured data to local conditions, and create a more complete picture of what’s occurring across your facility, even as the data is still being collected. Energy Analyze Plus offers unified support for the Fluke 1730, 1740, and 1770 Series of Energy Loggers and Power Quality Analyzers.
“In-workshop” and “in-the-field” setup and download through PC application software
Simple data downloads using USB memory stick, WiFi, LTE, wired Ethernet, or USB cable
Analyze every measured detail of energy consumption and power quality state-of-health with automated reporting
One-touch reporting creates standardized reports conforming to standards like EN 50160, IEEE 519, GOST 33073 IEC 61000-2-2, or export data in PQDIF or NeQual compatible format or CSV for use with third-party software
Advanced analysis allows the user to choose any available logged parameter and create a highly customized view of measurements for advanced data correlation
High-speed voltage transient capture
Transients negatively impact otherwise healthy systems every day and their potential to damage your equipment can’t be underestimated. Whether your system is experiencing impulsive or oscillatory transients, the results can be devastating and cause problems ranging from insulation failures to total equipment failures. The Fluke 1775 and Fluke 1777 incorporate advanced transient capture technology to help you clearly identify high-speed voltage transients, so you have the data you need to stop them in their tracks. The Fluke 1775 Power Quality Analyzer has 1MHz sampling capability to capture fast transients, while the Fluke 1777 Power Quality Analyzer has 20MHz sampling capability to capture the fastest transients in high detail.
Compliant to international standards
The Fluke 1770 Series offers the best-in-class accuracy you’ve come to expect from a Fluke Power Quality Analyzer in a future IEC 61000-4-30 Class A edition 3 compliant package. On top of that, the 1770 Series has been engineered to meet the future requirements of Class A edition, for conformance to EN 50160 and IEEE 519, so you’ll be prepared to tackle tomorrow’s measurement requirements, today.
Fluke 1770 Series Three-Phase Power Quality Analyzers eliminate the complexities of power quality logging, troubleshooting, and analysis. Engineered to be the faster, easier way to perform power quality studies, the 1770 Series offers automatic measurements, a straightforward user interface and setup, best-in-class specifications, and a simplified reporting platform. The instrument can also be powered directly from the measurement circuit, eliminating the need to find a power outlet or use a lengthy extension cord.
With the 1770 Series you’ll never miss a critical power quality event—from fast transients up to 8 kV, harmonics up to 30 kHz, dips and swells, as well as the voltage, current, and power measurements that enable you to characterize your electrical system.
Automatic measurement capture
Whether you’re performing a quick system check or a detailed power quality study, consistent data is key. The Fluke 1770 Series offers a unique automatic measurement capture system that helps ensure you’re collecting the right data every time, while still giving you the flexibility to select and adjust specific parameters as needed. More than 500 power quality parameters are captured by default and the guided setup makes it easy to select the right parameters for the system you’re working on. Logged data is instantly viewable, downloadable, and shareable with Fluke Energy Analyze Plus software so you never need to wait to finish a session before reviewing results or analyzing data.
Ultimate measurement confidence
The Fluke 1770 Series are 2-in-1 devices that combine the troubleshooting functionality of a power quality meter with the robust analysis and logging capabilities of a standalone power quality analyzer—in a single, easy-to-use, handheld device.
The ‘PQ Meter’ function gives you immediate access to live onscreen data in the field so you can quickly identify potential problems while troubleshooting. The detailed ‘PQ Logging and Analysis’ function eliminates the complexity of performing power quality studies by guiding you through the setup process ensuring you’re capturing the right data every time. Couple these measurement modes with a unique measurement connection autocorrect function and you can be confident that you never need to worry about going back for a second measurement—even if you were unsure about what to look for when you started.
Powerful analysis software with easy-to-create reports
Fluke 1770 Series Power Quality Analyzers come standard with the powerful Fluke Energy Analyze Plus software, designed to eliminate the hassles found with other multi-purpose application software. Energy Analyze Plus helps you evaluate power quality data right out of the box and without extensive training.
Energy Analyze Plus makes downloading, analyzing, tracking, and reporting power quality and energy data easier than ever. Quickly compare results to historical values, benchmark against industry norms, compare measured data to local conditions, and create a more complete picture of what’s occurring across your facility, even as the data is still being collected. Energy Analyze Plus offers unified support for the Fluke 1730, 1740, and 1770 Series of Energy Loggers and Power Quality Analyzers.
“In-workshop” and “in-the-field” setup and download through PC application software
Simple data downloads using USB memory stick, WiFi, LTE, wired Ethernet, or USB cable
Analyze every measured detail of energy consumption and power quality state-of-health with automated reporting
One-touch reporting creates standardized reports conforming to standards like EN 50160, IEEE 519, GOST 33073 IEC 61000-2-2, or export data in PQDIF or NeQual compatible format or CSV for use with third-party software
Advanced analysis allows the user to choose any available logged parameter and create a highly customized view of measurements for advanced data correlation
High-speed voltage transient capture
Transients negatively impact otherwise healthy systems every day and their potential to damage your equipment can’t be underestimated. Whether your system is experiencing impulsive or oscillatory transients, the results can be devastating and cause problems ranging from insulation failures to total equipment failures. The Fluke 1775 and Fluke 1777 incorporate advanced transient capture technology to help you clearly identify high-speed voltage transients, so you have the data you need to stop them in their tracks. The Fluke 1775 Power Quality Analyzer has 1MHz sampling capability to capture fast transients, while the Fluke 1777 Power Quality Analyzer has 20MHz sampling capability to capture the fastest transients in high detail.
Compliant to international standards
The Fluke 1770 Series offers the best-in-class accuracy you’ve come to expect from a Fluke Power Quality Analyzer in a future IEC 61000-4-30 Class A edition 3 compliant package. On top of that, the 1770 Series has been engineered to meet the future requirements of Class A edition, for conformance to EN 50160 and IEEE 519, so you’ll be prepared to tackle tomorrow’s measurement requirements, today.
• On-board identification and location of the most common mechanical faults (bearings, misalignment, unbalance, looseness) focus maintenance efforts on root cause, reducing unplanned downtime
• Overall vibration level allows you to quickly assess overall machine health directly from the diagnosis screen
• Fault severity scale with four severity levels helps you prioritize maintenance work
• Repair recommendations advise technicians on corrective action
• Detailed diagnostic reports and spectral diagrams help confirm data quality, and narrow down the root cause of failures
• On-board context sensitive help provides real-time tips and guidance to new users
• Overall vibration level allows you to quickly assess overall machine health directly from the diagnosis screen
• Fault severity scale with four severity levels helps you prioritize maintenance work
• Repair recommendations advise technicians on corrective action
• Detailed diagnostic reports and spectral diagrams help confirm data quality, and narrow down the root cause of failures
• On-board context sensitive help provides real-time tips and guidance to new users
Category Product
Distributor Fluke Indonesia
PT Narmada Setia is an Authorized Fluke Distributor in Indonesia that provides sales, service, and official warranty for every Fluke product. We guarantee the authenticity and quality of every product delivered to customers. As an official Fluke partner, we are committed to providing best-in-class measurement and testing products, with reliable technical support and after-sales service. Fluke's flagship products that we provide include Digital Multimeters, Thermal Cameras, Electrical Testers, Power Quality Analyzers, Clamp Meters, Portable Oscilloscopes, Accessories & Spare Parts, Process Tools, Visual IR Thermometers, Insulated Tools, Leak Detection Equipment, Laser Distance Meters.
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It is remarkably easy to use, even by unskilled operators, because it makes the measurements you perform most often extremely easy and fast to do.
Six setup buttons on the 8808A front panel operate like a car radio’s station presets. Simply set up the meter for a common measurement, then press shift followed by a setup button (S1 to S6) to save the setup. Now each time you perform that measurement, you simply press the appropriate setup key. It’s that easy!
The setup buttons eliminate the need to follow complex work instruction sheets. Operators no longer need to press multiple buttons to set up a measurement function and range, test limits, or enter other parameters to make a measurement.
Eliminate production mistakes
The Fluke 8808A 5.5 digit multimeter dependably performs the most common measurements required by today’s applications. Whether you are performing functional tests or making critical measurements on test points, using the limit compare mode with pass/fail indicators eliminates production mistakes, especially those where results are “on the edge.” The 8808A display has built-in enunciators that clearly show the operator whether a test passes or fails. The pass/fail indicators take the guesswork out of testing: the result is either within limits or it’s out!
Improve quality and efficiency in manufacturing test, R&D or service applications
Manufacturing test, R&D, development and service applications demand performance and flexibility from a bench meter. This Fluke 8808A makes measurements that stand up to any scrutiny. It delivers a wide variety of measurement functions, including volts, ohms, and amps, plus frequency—all at superior accuracy and resolution.
Measure two parameters at once
The 8808A features a unique dual display that allows you to measure two different parameters of the same signal from one test connection. Looking at dual interrelated parameters like voltage and current simultaneously can reveal conditions that might go unnoticed otherwise, greatly simplifying test and troubleshooting.
Measure sensitive leakage current
Typical multimeters use a shunt method to measure current, creating a measurement burden voltage that increases the error in low current measurements. This makes it difficult, if not impossible, to perform tasks such as determining the true leakage current on a battery-powered device while it is powered down, or measuring small currents in sensitive circuits. The Fluke 8808A is the only multimeter in its class to use a low-impedance operational amplifier and current-to-voltage conversion technique to eliminate the burden voltage and measure sensitive low currents. In this special mode, the 8808A can accurately measure small currents with a resolution of up to 100 nA.
Perform 4-wire measurements with only two leads
Patented split terminal jacks for the 2x4-wire ohms function allow you to perform 4-wire measurements using only two leads instead of four. Today’s surface mount components make it difficult to make connections. The task becomes even more difficult when you need to use a 4-wire technique for accurate low ohms measurements. The Fluke test lead accessory combines the four wires into two test lead pairs, making it easy for you to establish connections. You get excellent resolution and accuracy, plus the convenience and ease of using a single pair of leads.
Key features
Versatile, 5.5 digit bench multimeter for manufacturing, development and service applications
• 5.5 digit resolution
• Basic V DC accuracy of 0.015%
• Dual display
• Dedicated DC leakage current measurement
• 2 x 4 ohms 4-wire measurement technique
• Six dedicated buttons for fast access to instrument setups
• Hi/Lo limit compare for Pass/Fail testing
• Three-year warranty
Six setup buttons on the 8808A front panel operate like a car radio’s station presets. Simply set up the meter for a common measurement, then press shift followed by a setup button (S1 to S6) to save the setup. Now each time you perform that measurement, you simply press the appropriate setup key. It’s that easy!
The setup buttons eliminate the need to follow complex work instruction sheets. Operators no longer need to press multiple buttons to set up a measurement function and range, test limits, or enter other parameters to make a measurement.
Eliminate production mistakes
The Fluke 8808A 5.5 digit multimeter dependably performs the most common measurements required by today’s applications. Whether you are performing functional tests or making critical measurements on test points, using the limit compare mode with pass/fail indicators eliminates production mistakes, especially those where results are “on the edge.” The 8808A display has built-in enunciators that clearly show the operator whether a test passes or fails. The pass/fail indicators take the guesswork out of testing: the result is either within limits or it’s out!
Improve quality and efficiency in manufacturing test, R&D or service applications
Manufacturing test, R&D, development and service applications demand performance and flexibility from a bench meter. This Fluke 8808A makes measurements that stand up to any scrutiny. It delivers a wide variety of measurement functions, including volts, ohms, and amps, plus frequency—all at superior accuracy and resolution.
Measure two parameters at once
The 8808A features a unique dual display that allows you to measure two different parameters of the same signal from one test connection. Looking at dual interrelated parameters like voltage and current simultaneously can reveal conditions that might go unnoticed otherwise, greatly simplifying test and troubleshooting.
Measure sensitive leakage current
Typical multimeters use a shunt method to measure current, creating a measurement burden voltage that increases the error in low current measurements. This makes it difficult, if not impossible, to perform tasks such as determining the true leakage current on a battery-powered device while it is powered down, or measuring small currents in sensitive circuits. The Fluke 8808A is the only multimeter in its class to use a low-impedance operational amplifier and current-to-voltage conversion technique to eliminate the burden voltage and measure sensitive low currents. In this special mode, the 8808A can accurately measure small currents with a resolution of up to 100 nA.
Perform 4-wire measurements with only two leads
Patented split terminal jacks for the 2x4-wire ohms function allow you to perform 4-wire measurements using only two leads instead of four. Today’s surface mount components make it difficult to make connections. The task becomes even more difficult when you need to use a 4-wire technique for accurate low ohms measurements. The Fluke test lead accessory combines the four wires into two test lead pairs, making it easy for you to establish connections. You get excellent resolution and accuracy, plus the convenience and ease of using a single pair of leads.
Key features
Versatile, 5.5 digit bench multimeter for manufacturing, development and service applications
• 5.5 digit resolution
• Basic V DC accuracy of 0.015%
• Dual display
• Dedicated DC leakage current measurement
• 2 x 4 ohms 4-wire measurement technique
• Six dedicated buttons for fast access to instrument setups
• Hi/Lo limit compare for Pass/Fail testing
• Three-year warranty
ROTALIGN touch EX is Zone 1 ATEX/IECEX certified. Packed with user-friendly alignment features unique to PRUFTECHNIK, the ROTALIGN touch EX shortens the measurement time with:
• Continuous SWEEP Mode for high-quality measurement in only one shaft rotation
• Live Move function for simultaneous real-time machine corrections in both horizontal and vertical directions
• vertiSWEEP to measure vertical machines in one rotation of the shaft
Cardan shaft rotating-arm bracket allows measurements to be performed without removing the shaft
• Soft Foot Wizard to diagnose soft foot problems
• Move Simulator lets the operator simulate shim values and horizontal corrections before moving the machine
• Continuous SWEEP Mode for high-quality measurement in only one shaft rotation
• Live Move function for simultaneous real-time machine corrections in both horizontal and vertical directions
• vertiSWEEP to measure vertical machines in one rotation of the shaft
Cardan shaft rotating-arm bracket allows measurements to be performed without removing the shaft
• Soft Foot Wizard to diagnose soft foot problems
• Move Simulator lets the operator simulate shim values and horizontal corrections before moving the machine
EDDYTHERM 2x handles work pieces and bearings up to 80 kg (176 lbs). These can be heated up to 240°C (465°F) by induction. Available options: 200 – 575V at 50/60Hz.
How does induction heating work? In just a few minutes, the bearings are safely preheated by induction so that they expand and glide effortlessly onto the shaft.
When the bearing cools down, it assumes its original size and thus guarantees the desired tight fit on the shaft. Due to the induction heat, all tolerances and material properties are maintained without any loss. No further work steps are necessary. EDDYTHERM is a safe bearing induction heating tool that only heats the work piece, not the tool itself.
The benefits of induction heating include safety, efficiency, and overall energy savings
How does induction heating work? In just a few minutes, the bearings are safely preheated by induction so that they expand and glide effortlessly onto the shaft.
When the bearing cools down, it assumes its original size and thus guarantees the desired tight fit on the shaft. Due to the induction heat, all tolerances and material properties are maintained without any loss. No further work steps are necessary. EDDYTHERM is a safe bearing induction heating tool that only heats the work piece, not the tool itself.
The benefits of induction heating include safety, efficiency, and overall energy savings
PRUFTECHNIK not only supplies premium alignment systems for aligning machines and shafts, but also the right induction heating tools for mounting bearings on shafts. The benefits of induction heating include safety, efficiency, and overall energy savings.
EDDYTHERM Portable can be used for all bearings and work pieces with an inner diameter of min. 20 mm (0.78 inches) and a weight of up to 10 kg (22 lbs). The maximum induction heat is 180°C (356°F), protecting your bearings against overheating and damage. The workpiece is placed onto the cone shaped heating surface. The integrated time and temperature regulation capability ensures that the workpiece is heated evenly with no risk of overheating.
How does induction heating work? In just a few minutes, the bearings are preheated by induction so that that they expand and glide effortlessly onto the shaft. When the bearing cools down, it assumes its original size and thus guarantees the desired tight fit on the shaft. Due to the induction heat, all tolerances and material properties are maintained without loss. No further work steps are necessary. EDDYTHERM Portable is a safe induction heating tool that only heats the work piece, not the tool itself.
EDDYTHERM Portable can be used for all bearings and work pieces with an inner diameter of min. 20 mm (0.78 inches) and a weight of up to 10 kg (22 lbs). The maximum induction heat is 180°C (356°F), protecting your bearings against overheating and damage. The workpiece is placed onto the cone shaped heating surface. The integrated time and temperature regulation capability ensures that the workpiece is heated evenly with no risk of overheating.
How does induction heating work? In just a few minutes, the bearings are preheated by induction so that that they expand and glide effortlessly onto the shaft. When the bearing cools down, it assumes its original size and thus guarantees the desired tight fit on the shaft. Due to the induction heat, all tolerances and material properties are maintained without loss. No further work steps are necessary. EDDYTHERM Portable is a safe induction heating tool that only heats the work piece, not the tool itself.
RotAlign Touch is the flagship laser alignment tool from Prüftechnik, a complete system that delivers maximum value and ROI for your alignment work.
• Superior single-laser technology eliminates pre-alignment & simplifies short-distance measurements
• NEW: Modular Platform allows your software & sensor package to evolve with you
• Automatically filter out bad data, from backlash to vibrations
• Readjust mid-measurement when out of range
• Advanced alignment tasks: In-Situ Cardan shaft, simultaneous coupling alignment, thermal growth, and more
• Superior single-laser technology eliminates pre-alignment & simplifies short-distance measurements
• NEW: Modular Platform allows your software & sensor package to evolve with you
• Automatically filter out bad data, from backlash to vibrations
• Readjust mid-measurement when out of range
• Advanced alignment tasks: In-Situ Cardan shaft, simultaneous coupling alignment, thermal growth, and more
OptAlign touch is an advanced laser alignment tool designed to perform quick, high-precision alignments with a variety of measurement modes, and send the data to the cloud for simplified analysis and reporting.
• Superior single-laser technology eliminates pre-alignment & simplifies short-distance measurements
• NEW: Modular platform allows your software & sensor package to evolve with you
• Readjust mid-measurement when out of range
• Core alignment tasks: Horizontal/vertical alignment, soft foot, twist/flatness, straightness, machine movement, uncoupled
• Superior single-laser technology eliminates pre-alignment & simplifies short-distance measurements
• NEW: Modular platform allows your software & sensor package to evolve with you
• Readjust mid-measurement when out of range
• Core alignment tasks: Horizontal/vertical alignment, soft foot, twist/flatness, straightness, machine movement, uncoupled
VIBGUARD compact offers six measuring channels for continuous monitoring. It is perfectly suited for fast and highly dynamic equipment. In particular, the VIBGUARD compact meets the requirements of critical assets that are characterized by high availability, high aggregate values, complex drives and changing operating conditions.
Whether pre-installed in an IP65 compact housing or as a switch cabinet system module, the VIBGUARD compact is perfect for diagnostic condition monitoring of individual extruders, large fans, multiphase or vacuum pumps, turbocompressors, mill stands, or centrifuges.
All six measuring channels are designed as highly dynamic analog input channels and can be equipped with either standard ICP vibration sensors or with voltage input signals for process variables. They provide in depth diagnostic data such as time signals or envelope signals, and up to 6 characteristic values such as vibration characteristic or bearing condition.
The ‘Intelligent Event Recorder’ stores relevant results, fully automatically and continuously, providing the basis for comprehensive machine diagnostics. Its MQTT protocol enables the seamless integration to any IIoT manufacturing environment with highly secure data transfer
Whether pre-installed in an IP65 compact housing or as a switch cabinet system module, the VIBGUARD compact is perfect for diagnostic condition monitoring of individual extruders, large fans, multiphase or vacuum pumps, turbocompressors, mill stands, or centrifuges.
All six measuring channels are designed as highly dynamic analog input channels and can be equipped with either standard ICP vibration sensors or with voltage input signals for process variables. They provide in depth diagnostic data such as time signals or envelope signals, and up to 6 characteristic values such as vibration characteristic or bearing condition.
The ‘Intelligent Event Recorder’ stores relevant results, fully automatically and continuously, providing the basis for comprehensive machine diagnostics. Its MQTT protocol enables the seamless integration to any IIoT manufacturing environment with highly secure data transfer
VIBGUARD IIoT offers a choice of 12, 16 or 20 measuring channels which are sampled in parallel and synchronously. This allows even the most complex equipment to be continuously monitored and protected against unplanned shutdowns.
VIBGUARD IIoT works autonomously and performs the measurement tasks automatically. The measurement data such as time signal, characteristic value, FFT spectrum, kinetic wave path (orbits), or torque are processed in parallel and almost in real time and can be correlated with the running production process. The fast data processing makes VIBGUARD IIoT the perfect monitoring and diagnostic system for systems with short operating cycles, such as cranes, machine tools, presses, or for machines with highly dynamic processes, such as test benches, wind turbines or chain conveyors. All critical fans and pumps can also be monitored easily but effectively with VIBGUARD IIoT.
VIBGUARD IIoT measures time signals, overall values, FFT spectra, shock pulse, orbits and much more on either 12, 16 or 20 parallel channels for almost all kind of signal inputs. Vibration, Tacho Pulse, temperature and any other relevant diagnostic inputs like torque are processed and can be correlated to the actual manufacturing process.
Measurements are integrated seamlessly to process control systems via a MQTT interface. Intelligent data management tools allow for efficient data reduction.
Advanced alarm handling tools like variable frequency band alarms and frequency band trending are available for monitoring specific machine failures like unbalance, misalignment, gear mesh and bearing failures.
VIBGUARD IIoT can easily be connected to the buffered outputs of real time protection systems in order to perform in-depth analysis and monitoring of turbomachinery
VIBGUARD IIoT works autonomously and performs the measurement tasks automatically. The measurement data such as time signal, characteristic value, FFT spectrum, kinetic wave path (orbits), or torque are processed in parallel and almost in real time and can be correlated with the running production process. The fast data processing makes VIBGUARD IIoT the perfect monitoring and diagnostic system for systems with short operating cycles, such as cranes, machine tools, presses, or for machines with highly dynamic processes, such as test benches, wind turbines or chain conveyors. All critical fans and pumps can also be monitored easily but effectively with VIBGUARD IIoT.
VIBGUARD IIoT measures time signals, overall values, FFT spectra, shock pulse, orbits and much more on either 12, 16 or 20 parallel channels for almost all kind of signal inputs. Vibration, Tacho Pulse, temperature and any other relevant diagnostic inputs like torque are processed and can be correlated to the actual manufacturing process.
Measurements are integrated seamlessly to process control systems via a MQTT interface. Intelligent data management tools allow for efficient data reduction.
Advanced alarm handling tools like variable frequency band alarms and frequency band trending are available for monitoring specific machine failures like unbalance, misalignment, gear mesh and bearing failures.
VIBGUARD IIoT can easily be connected to the buffered outputs of real time protection systems in order to perform in-depth analysis and monitoring of turbomachinery
Latest News
Kamera Pencitraan Termal untuk Inspeksi Bangunan dan Rumah
Thermal Imaging
Jika kebocoran panas melalui sistem HVAC tidak terdeteksi dan ditangani, konsumsi energi akan makin boros. Biaya yang ditanggung oleh pemilik rumah dan bisnis pun makin membengkak. Beberapa tahun lalu, Chip Wade, kontraktor profesional menjelaskan satu kiat kepada kami. Ia mengatakan bahwa memeriksa sistem HVAC dengan teknologi pencitraan termal merupakan cara terbaik dan tercepat untuk menunjukkan sumber kebocoran energi HVAC kepada pemilik rumah dan bisnis.
Ada beberapa hal tidak pernah berubah.
Sejak dipublikasikannya video dari Chip, inovasi dalam teknologi pencitraan termal kini mampu menghasilkan citra dan video yang lebih detail. Dalam beberapa kasus pun, inovasi tersebut mampu mendeteksi imbas masalahnya.
Tonton video Chip yang mengajak kita menjelajahi rumah berusia 100 tahun untuk memahami penggunaan pencitraan termal guna mengidentifikasi kebocoran panas secara cepat dan efisien melalui sistem HVAC.
Transkrip:
“Saat melakukan pemeriksaan rumah yang akan dijual atau direnovasi, efisiensi energi adalah salah satu hal yang perlu Anda pertimbangkan. Sudah barang tentu, inilah yang berkutat di benak sang pembayar tagihan energi.
Fluke TiR1 thermal imager adalah alat terbaik untuk memeriksa kebocoran panas di saluran pipa, dinding, dan sekitar ventilasi. Seperti yang kita duga, ada beberapa area di rumah berusia ratusan tahun ini yang perlu diperbaiki.
Pertama, ventilasi. Idealnya, saat menutup ventilasi, Anda tidak ingin ada udara panas keluar dari situ. Coba lihat ventilasi tertutup ini melalui Fluke TiR1. Ventilasi tua ini tidak tertutup rapat sehingga ada kebocoran energi.
Sekarang kita berada di kamar mandi lantai atas. Di sini ada masalah yang sudah menyebar di saluran pipa rumah ini. Jika Anda melihat ventilasi tertutup ini melalui pencitra, tampak panas keluar dari keempat sisinya. Jika melihat di sebelah kanan, panas akan keluar dari atas dan bawah baseboard. Artinya, ada kerusakan sambungan pipa dan insulasinya sangat minim. Ini, kebocoran energi ini bisa membuat tagihan pemilik rumah membengkak.
Mari kita menuju ke basement untuk melihat kondisi saluran pipa.
Nah, kita sudah di basement. Dengan mendongak, bisa dilihat bahwa tidak ada insulasi di saluran pipa ini. Menggunakan Fluke TiR1, Anda bisa melihat dan menjelaskan semuanya kepada klien. Cukup lihat warna oranye cerah itu.
Pemilik rumah ini terus memanaskan suhu basement tanpa sepengetahuannya. Artinya, ruang keluarga tidak mendapatkan panas yang dibutuhkan. Bagi pemilik rumah, ini adalah pemborosan.”
READ MOREJika kebocoran panas melalui sistem HVAC tidak terdeteksi dan ditangani, konsumsi energi akan makin boros. Biaya yang ditanggung oleh pemilik rumah dan bisnis pun makin membengkak. Beberapa tahun lalu, Chip Wade, kontraktor profesional menjelaskan satu kiat kepada kami. Ia mengatakan bahwa memeriksa sistem HVAC dengan teknologi pencitraan termal merupakan cara terbaik dan tercepat untuk menunjukkan sumber kebocoran energi HVAC kepada pemilik rumah dan bisnis.
Ada beberapa hal tidak pernah berubah.
Sejak dipublikasikannya video dari Chip, inovasi dalam teknologi pencitraan termal kini mampu menghasilkan citra dan video yang lebih detail. Dalam beberapa kasus pun, inovasi tersebut mampu mendeteksi imbas masalahnya.
Tonton video Chip yang mengajak kita menjelajahi rumah berusia 100 tahun untuk memahami penggunaan pencitraan termal guna mengidentifikasi kebocoran panas secara cepat dan efisien melalui sistem HVAC.
Transkrip:
“Saat melakukan pemeriksaan rumah yang akan dijual atau direnovasi, efisiensi energi adalah salah satu hal yang perlu Anda pertimbangkan. Sudah barang tentu, inilah yang berkutat di benak sang pembayar tagihan energi.
Fluke TiR1 thermal imager adalah alat terbaik untuk memeriksa kebocoran panas di saluran pipa, dinding, dan sekitar ventilasi. Seperti yang kita duga, ada beberapa area di rumah berusia ratusan tahun ini yang perlu diperbaiki.
Pertama, ventilasi. Idealnya, saat menutup ventilasi, Anda tidak ingin ada udara panas keluar dari situ. Coba lihat ventilasi tertutup ini melalui Fluke TiR1. Ventilasi tua ini tidak tertutup rapat sehingga ada kebocoran energi.
Sekarang kita berada di kamar mandi lantai atas. Di sini ada masalah yang sudah menyebar di saluran pipa rumah ini. Jika Anda melihat ventilasi tertutup ini melalui pencitra, tampak panas keluar dari keempat sisinya. Jika melihat di sebelah kanan, panas akan keluar dari atas dan bawah baseboard. Artinya, ada kerusakan sambungan pipa dan insulasinya sangat minim. Ini, kebocoran energi ini bisa membuat tagihan pemilik rumah membengkak.
Mari kita menuju ke basement untuk melihat kondisi saluran pipa.
Nah, kita sudah di basement. Dengan mendongak, bisa dilihat bahwa tidak ada insulasi di saluran pipa ini. Menggunakan Fluke TiR1, Anda bisa melihat dan menjelaskan semuanya kepada klien. Cukup lihat warna oranye cerah itu.
Pemilik rumah ini terus memanaskan suhu basement tanpa sepengetahuannya. Artinya, ruang keluarga tidak mendapatkan panas yang dibutuhkan. Bagi pemilik rumah, ini adalah pemborosan.”
New testing process on control valves
The valves are opened and closed proportionally, and the degree of movement is varied depending on a signal varying between 4 - 20 mA applied to the input. Many valves have a feedback signal that shows the actual position as a percentage open/close value. This output can be a 4 - 20 mA signal or a digital HART variable that represents a 0 - 100 percentage of the control valve operating range.
Another important indicator of valve performance is the pressure required by the valve to move to the desired position. For example, a valve can be programmed to know if a 12 mA signal is applied it can open 50%. Smart electronics will control whether a smart pressure regulator is needed to increase or decrease the pressure when needed to move the control element to the desired position.
Providing a varying mA signal while monitoring the output milliamps or percentage of the trip signal will tell you whether a control valve is operating properly over its working range. Similarly, monitoring and recording the pressure applied to the final control elements while varying the 4 - 20 mA input signal to the valves is an important test to identify whether a valve is stuck. The relationship between pressure and mA or valve position will usually be linear if the valve is operating properly. If additional pressure is required it can often be considered for a stuck valve and will be shown if the measurement is recorded and plotted on a graph. By recording these signals, valve performance can be documented. These documented tests and results are usually called valve “characteristics”.
The valve usually includes a simple manual indicator that gives you an estimate of the percentage of movement to determine when it is operational. However, this indicator does not show you how the valve will operate under dynamic and changing conditions, and its accuracy is not guaranteed.
READ MOREAnother important indicator of valve performance is the pressure required by the valve to move to the desired position. For example, a valve can be programmed to know if a 12 mA signal is applied it can open 50%. Smart electronics will control whether a smart pressure regulator is needed to increase or decrease the pressure when needed to move the control element to the desired position.
Providing a varying mA signal while monitoring the output milliamps or percentage of the trip signal will tell you whether a control valve is operating properly over its working range. Similarly, monitoring and recording the pressure applied to the final control elements while varying the 4 - 20 mA input signal to the valves is an important test to identify whether a valve is stuck. The relationship between pressure and mA or valve position will usually be linear if the valve is operating properly. If additional pressure is required it can often be considered for a stuck valve and will be shown if the measurement is recorded and plotted on a graph. By recording these signals, valve performance can be documented. These documented tests and results are usually called valve “characteristics”.
The valve usually includes a simple manual indicator that gives you an estimate of the percentage of movement to determine when it is operational. However, this indicator does not show you how the valve will operate under dynamic and changing conditions, and its accuracy is not guaranteed.
How air leak detection equipment
Fluke interviews a factory regarding an air leak. These manufacturers really help keep the wheels of the trade moving. As one of the world's leading aftermarket manufacturers of wheel service equipment, the company designs, builds and markets products with whom they are trusted and recognized.
Many of the manufacturer's processes rely on compressed air to run the approximately 400 devices in the 13,935 square meter plant—all from 200 horsepower compressors. “We use compressed air everywhere in the plant—for pneumatic tools, robot welding, laser cutting, and powder paint equipment,” says the manufacturer's president. From the compressed air comes noise and—air leakage.
Air leaks cause compressed air driven equipment to work harder, causing wasted energy. The possibility of air leaks in the plant increases with the presence of old equipment accumulated over the last decades from various plant consolidations. Listening for air leaks can be very difficult in noisy environments, so most leak detection activities are performed after business hours.
“Usually we wait until the building gets very quiet—a shift change or maintenance shutdown and we just try to listen for air leaks as much as we can,” says the maintenance supervisor. "We also use bottles of soapy water to spray any areas where there may be leaks and look for bubbles." The spray and see method requires that the maintenance team member is close enough to a possible leak to hear it and spray the solution in the correct area.
Another method for finding compressed air leaks is using an ultrasonic leak detector. This method requires highly trained personnel and a considerable amount of time is required to find all leaks. Small leaks can be hard for the human ear to hear, and not all leaks are in easily accessible areas. This can be a troublesome task.
READ MOREMany of the manufacturer's processes rely on compressed air to run the approximately 400 devices in the 13,935 square meter plant—all from 200 horsepower compressors. “We use compressed air everywhere in the plant—for pneumatic tools, robot welding, laser cutting, and powder paint equipment,” says the manufacturer's president. From the compressed air comes noise and—air leakage.
Controlling energy waste
Air leaks cause compressed air driven equipment to work harder, causing wasted energy. The possibility of air leaks in the plant increases with the presence of old equipment accumulated over the last decades from various plant consolidations. Listening for air leaks can be very difficult in noisy environments, so most leak detection activities are performed after business hours.
“Usually we wait until the building gets very quiet—a shift change or maintenance shutdown and we just try to listen for air leaks as much as we can,” says the maintenance supervisor. "We also use bottles of soapy water to spray any areas where there may be leaks and look for bubbles." The spray and see method requires that the maintenance team member is close enough to a possible leak to hear it and spray the solution in the correct area.
Another method for finding compressed air leaks is using an ultrasonic leak detector. This method requires highly trained personnel and a considerable amount of time is required to find all leaks. Small leaks can be hard for the human ear to hear, and not all leaks are in easily accessible areas. This can be a troublesome task.
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