Groschopp 05130 specsheet
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This document provides specifications for an AC 1 Ph 6540 TENV motor with a voltage of 230V, speed of 1500 rpm, output of 15 watts, and efficiency of 31.4%. The motor draws 0.25 amps of current at full speed of 1495.5 rpm and generates 0.8 lb-in of torque. Charts show the motor's speed and torque characteristics when cold and hot, with torque ranging from 0 to 1.4 lb-in over 0 to 1800 rpm.
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Groschopp 05122 specsheet
This document provides specifications for an AC 1 Ph 6540 TENV motor with a voltage of 115V, speed of 1490 rpm, and no gearbox. Key specifications include a rated speed of 1491.8 rpm, torque of 1.0 lb-in, current of 0.49 amps, output power of 17 watts, and output horsepower of 0.0227 HP. The motor has a breakdown speed of 1024.29 rpm, pullup torque of 1.06 lb-in, and continuous duty cycle. Start/stall conditions are a current of 0.71 amps and torque of 1.06 lb-in. A graph shows efficiency levels between 0-1600 rpm.
Groschopp 05150 specsheet
This document provides specifications for an AC 1 Ph 6540 TENV motor with a voltage of 230V, 50Hz, and speed of 1220 rpm. Key specifications include a rating of 1215.2 rpm at 0.8 lb-in of torque drawing 0.23 amps of current. Charts show torque and efficiency at various speeds both when cold and hot. The motor has a continuous duty cycle and efficiency of 26.2%. It stalls at 0.30 amps and 0.97 lb-in of torque.
Groschopp 05148 specsheet
This document provides specifications for an AC 1 Ph 6540 TEFC motor with a voltage of 230V, frequency of 50Hz, and speed of 1190 rpm. Key specifications include a rating of 1189.4 rpm and 1.1 lb-in of torque drawing 0.31 amps of current. Performance tests found breakdown torque of 1.59 lb-in at 790.15 rpm and start/stall torque of 1.37 lb-in drawing 0.39 amps. A graph shows efficiency peaks at 25.4% between 450-1050 rpm. It has a 3.5uF 440V capacitor and is sold and serviced by Electromate.
Groschopp 05137 specsheet
The document provides specifications for an AC 3 Phase 6540 TENV motor with a rating of 1563.8 rpm and 1.2lb-in of torque consuming 0.25 amps of current. The motor produces 23 watts of output power and 0.0304 HP. Under cold conditions, the motor reaches 948.42 rpm with 2.64 lb-in of torque and stalls at 0 rpm with 2.39lb-in of torque. The motor, gearbox, and system efficiencies are listed as 37.8% and it can operate continuously under any load conditions.
Groschopp 05126 specsheet
The document provides specifications for an AC 1 Ph 6540 TENV motor with a voltage of 115V, speed of 3150 rpm, and no gearbox. Key specifications include a rating of 3152.3 rpm and 1.1 lb-in of torque at 0.69 amps and 41 watts of output. The motor has a breakdown speed of 2462.14 rpm and pullup speed of 0 rpm. It has a continuous duty cycle and system efficiency of 52.6%. Start/stall conditions are 1.58 amps and 0.93 lb-in of torque. Performance charts show efficiency and torque curves versus speed in both cold and hot conditions.
Groschopp 05157 specsheet
This document provides specifications for an AC 3 Phase 6540 TENV motor with a rating of 1207.1 rpm and 1.5 lb-in of torque consuming 0.23 amps of current. The motor produces 21 watts of output power equivalent to 0.0279 horsepower. Under breakdown and pullup conditions, the motor reaches lower speeds and higher torques. The motor has a continuous duty cycle with peak efficiencies of 36% for the gearbox, motor, and overall system. It produces higher current and torque under start or stall conditions. A graph shows efficiency decreases with increasing torque from a peak of 90% at lower torques.
Groschopp 05136 specsheet
The document provides specifications for an AC 3 Phase 6540 TEFC motor with a voltage of 230V and speed of 1570 rpm. The motor has a rating of 1569.7 rpm and 1.4 lb-in of torque drawing 0.31 amps of current and producing 27 watts of output power equivalent to 0.0357 HP. The motor has a continuous duty cycle with peak efficiency of 34.4% and can produce up to 2.51 lb-in of torque when starting or stalling, drawing 0.59 amps of current. Performance charts show torque and efficiency at varying speeds. The motor is sold and serviced by Electromate.
Groschopp 05317 specsheet
This document provides specifications for an AC 1 Ph 8060 TENV motor with a rating of 2614.4 rpm, 0.1180 HP, and 88 watts of output power. The motor runs at 2610 rpm on 230v 50Hz power and has a maximum torque of 4.27 lb-in. Charts show the motor's speed and efficiency at different torque levels both when cold and hot.
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This document provides specifications for an AC 1 Ph 6540 TENV motor with a voltage of 115V, speed of 1490 rpm, and no gearbox. Key specifications include a rated speed of 1491.8 rpm, torque of 1.0 lb-in, current of 0.49 amps, output power of 17 watts, and output horsepower of 0.0227 HP. The motor has a breakdown speed of 1024.29 rpm, pullup torque of 1.06 lb-in, and continuous duty cycle. Start/stall conditions are a current of 0.71 amps and torque of 1.06 lb-in. A graph shows efficiency levels between 0-1600 rpm.
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Groschopp 05148 specsheet
This document provides specifications for an AC 1 Ph 6540 TEFC motor with a voltage of 230V, frequency of 50Hz, and speed of 1190 rpm. Key specifications include a rating of 1189.4 rpm and 1.1 lb-in of torque drawing 0.31 amps of current. Performance tests found breakdown torque of 1.59 lb-in at 790.15 rpm and start/stall torque of 1.37 lb-in drawing 0.39 amps. A graph shows efficiency peaks at 25.4% between 450-1050 rpm. It has a 3.5uF 440V capacitor and is sold and serviced by Electromate.
Groschopp 05137 specsheet
The document provides specifications for an AC 3 Phase 6540 TENV motor with a rating of 1563.8 rpm and 1.2lb-in of torque consuming 0.25 amps of current. The motor produces 23 watts of output power and 0.0304 HP. Under cold conditions, the motor reaches 948.42 rpm with 2.64 lb-in of torque and stalls at 0 rpm with 2.39lb-in of torque. The motor, gearbox, and system efficiencies are listed as 37.8% and it can operate continuously under any load conditions.
Groschopp 05126 specsheet
The document provides specifications for an AC 1 Ph 6540 TENV motor with a voltage of 115V, speed of 3150 rpm, and no gearbox. Key specifications include a rating of 3152.3 rpm and 1.1 lb-in of torque at 0.69 amps and 41 watts of output. The motor has a breakdown speed of 2462.14 rpm and pullup speed of 0 rpm. It has a continuous duty cycle and system efficiency of 52.6%. Start/stall conditions are 1.58 amps and 0.93 lb-in of torque. Performance charts show efficiency and torque curves versus speed in both cold and hot conditions.
Groschopp 05157 specsheet
This document provides specifications for an AC 3 Phase 6540 TENV motor with a rating of 1207.1 rpm and 1.5 lb-in of torque consuming 0.23 amps of current. The motor produces 21 watts of output power equivalent to 0.0279 horsepower. Under breakdown and pullup conditions, the motor reaches lower speeds and higher torques. The motor has a continuous duty cycle with peak efficiencies of 36% for the gearbox, motor, and overall system. It produces higher current and torque under start or stall conditions. A graph shows efficiency decreases with increasing torque from a peak of 90% at lower torques.
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Groschopp 05159 specsheet
This document provides specifications for an AC 3 Phase 6540 TENV motor with a voltage of 230V, frequency of 50Hz, and speed of 2710rpm without a gearbox. Key specifications include a rating of 2710rpm and 1.5lb-in of torque at 0.34amps and 48watts of output, or 0.0645HP. Breakdown and pullup torque and speed are also listed, along with duty cycle, efficiency curves, and start/stall conditions. The motor is sold and serviced by Electromate.
Groschopp 74529 specsheet
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Groschopp 05152 specsheet
This document provides specifications for an AC 1 Ph 6540 TEFC motor with a voltage of 230V, 50Hz, and speed of 2430rpm. The motor has a rating of 2425.3rpm and 1.5lb-in of torque while drawing 0.47amps and producing 42watts and 0.0560HP of output. Breakdown and pullup tests were also performed. Efficiency is listed for various torque levels. The motor is intended for continuous duty and has a startup current of 0.82amps and stall torque of 1.40lb-in. Contact information is provided for the distributor Electromate.
Groschopp 05266 specsheet
The document provides specifications for an AC 3 Phase 8040 TENV motor with a rating of 1547.7 rpm, 3.7lb-in of torque, and 0.40 amps of current. It details performance metrics like breakdown speed of 959.73 rpm and pullup torque of 6.55lb-in. Charts show efficiency levels at different torque and speed values. The motor has a continuous duty cycle and 60.2% efficiency. It is sold and serviced by Electromate.
Groschopp 05301 specsheet
This document provides specifications for an AC 3 Phase 8060 TEFC motor with a voltage of 230V, frequency of 50Hz, and speed of 1360rpm without a gearbox. Key specifications include a rated speed of 1355rpm, torque of 7.9lb-in, current of 1.02amps, output of 127watts, and efficiency of 56.4%. Start/stall conditions are listed as 2.69amps current and 19.94lb-in torque. A graph shows efficiency and speed curves versus torque. The motor is sold and serviced by Electromate.
Groschopp 05132 specsheet
The document provides specifications for an AC 1 Ph 6540 TENV motor with a voltage of 230V, frequency of 60Hz, and speed of 3100rpm. Key specifications include a rating of 3100.8rpm at 1.0lb-in of torque drawing 0.38amps, with an output of 38watts and 0.0513HP. Startup current is 0.78amps with 0.75lb-in of torque. Efficiency is provided in a graph showing the relationship between speed, torque, and efficiency for both cold and hot operating conditions. The motor has a 4uF 440V capacitor and is sold and serviced by Electromate.
Groschopp 05270 specsheet
The document provides specifications for an AC 3 Phase 8040 TENV motor with a rating of 3153 RPM and 3.4 lb-in of torque that draws 0.54 amps of current. The motor produces 126 watts of output power equivalent to 0.1686 HP. It has a breakdown speed of 1989.18 RPM and pullup torque of 6.45 lb-in. The motor has a continuous duty cycle and system efficiency of 70.4%. It requires 1.99 amps and can produce up to 6.45 lb-in of torque for starting and stalling. A graph shows efficiency levels over a range of torques and speeds when cold and hot.
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The document provides specifications for an AC 3 Phase 8040 TENV motor with a rating of 1547.7 rpm, 3.7lb-in of torque, and 0.40 amps of current. It details performance metrics like breakdown speed of 959.73 rpm and pullup torque of 6.55lb-in. Charts show efficiency levels at different torque and speed values. The motor has a continuous duty cycle and 60.2% efficiency. It is sold and serviced by Electromate.
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Groschopp 05270 specsheet
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HPO - Veranderingslijder of leider verandering
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Goed leiderschap is in zo’n snel veranderende maatschappij als vandaag de dag staat onder druk. Bent u zo’n leider die de organisatie op de goede weg kan houden? Of ondergaat u de veranderingen slechts in lijdzaamheid? Bent u de lijder of de leider? Heeft u in zich wat nodig is voor goed leiderschap in lastige tijden? Wij kunnen het u laten zien en voelen…
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Onderzoek laat zien dat het succes van grootschalige veranderingen voor 50% afhangt van leiderschap. Oftewel, als je niet het juiste leiderschap toont om de verandering te leiden, wordt het helemaal niets en heeft het geen zin eraan te beginnen. De praktijk laat zien dat je je leiderschap bij veranderingen best kunt ontwikkelen als je maar weet wát je moet ontwikkelen.
In deze workshop zal eerst het belang van leiderschap bij veranderingen aangestipt worden. Vervolgens worden de kaders van dat leiderschap aangegeven. Maar kaders zijn maar kaders en papier is geduldig. Dat wordt dus de handen uit de mouwen. Niet letterlijk, maar tijdens deze workshop word je wel geacht mee te denken en alles uit de kast te halen. We gaan kijken of jij de ideale veranderingsleider bent of dat er toch nog ruimte voor verbetering is. Ben jij een veranderingslijder of een echte leider van veranderingen? Daarom is deze sessie zeer interactief
Resume2
Justin Eisenhauer is a military professional with 6 years of experience in leadership, communication, adaptability, attention to detail, and working under pressure. He supervised and trained over 15 personnel as a shift leader, ensuring safety and efficiency. He has excellent communication skills, is proficient in Microsoft applications, and has experience in air traffic control, construction, and utility work. He is pursuing an AAS in Software Development from ITT Technical Institute.
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The development of the respiratory system begins in the third week with the formation of the laryngotracheal groove in the pharynx. This groove elongates to form the laryngotracheal tube, which is separated from the foregut by the tracheoesophageal septum. The upper part of the tube forms the larynx while the lower part forms the trachea and bronchi. Each lung bud from the lower end of the tube divides three times to form the right and left lungs. The surrounding mesoderm develops into muscles, cartilages, and blood vessels. After birth, the lungs expand when the baby takes its first breath.
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International education helps the students to grow personally and professionally by learning to appreciate and embrace differences while exploring key professional components of their field.
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El documento presenta una descripción de diferentes modelos educativos y pedagógicos. Explica las diferencias entre el racionalismo y el empirismo como paradigmas epistemológicos, y describe varios modelos pedagógicos como el conductista, humanista, cognitivista, psicogenético y sociocultural. También resume los principales modelos pedagógicos tradicionales como la formación del carácter individual, el moldeamiento de la conducta técnica y el desarrollo intelectual y social integral del individuo.
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Groschopp 05150 specsheet
This document provides specifications for an AC 1 Ph 6540 TENV motor with a voltage of 230V, 50Hz, and speed of 1220 rpm. Key specifications include a rating of 1215.2 rpm at 0.8 lb-in of torque drawing 0.23 amps of current. Charts show torque and efficiency at various speeds both when cold and hot. The motor has a continuous duty cycle and efficiency of 26.2%. It stalls at 0.30 amps and 0.97 lb-in of torque.
Groschopp 05122 specsheet
This document provides specifications for an AC 1 Ph 6540 TENV motor with a voltage of 115V, speed of 1490 rpm, and no gearbox. Key specifications include a rated speed of 1491.8 rpm, torque of 1.0 lb-in, current of 0.49 amps, output power of 17 watts, and output horsepower of 0.0227 HP. The motor has a breakdown speed of 1024.29 rpm, pullup torque of 1.06 lb-in, and continuous duty cycle. Start/stall conditions are a current of 0.71 amps and torque of 1.06 lb-in. A graph shows efficiency levels between 0-1600 rpm.
Groschopp 05148 specsheet
This document provides specifications for an AC 1 Ph 6540 TEFC motor with a voltage of 230V, frequency of 50Hz, and speed of 1190 rpm. Key specifications include a rating of 1189.4 rpm and 1.1 lb-in of torque drawing 0.31 amps of current. Performance tests found breakdown torque of 1.59 lb-in at 790.15 rpm and start/stall torque of 1.37 lb-in drawing 0.39 amps. A graph shows efficiency peaks at 25.4% between 450-1050 rpm. It has a 3.5uF 440V capacitor and is sold and serviced by Electromate.
Groschopp 05136 specsheet
The document provides specifications for an AC 3 Phase 6540 TEFC motor with a voltage of 230V and speed of 1570 rpm. Key specifications include a rating of 1569.7 rpm and 1.4 lb-in of torque drawing 0.31 amps of current. The motor produces 27 watts of output power and 0.0357 HP. Startup conditions draw 0.59 amps with maximum torque of 2.51 lb-in. Efficiency is shown to vary from 10-90% over torque ranges from 0.3-2.4 lb-in. The motor has a continuous duty cycle and is sold and serviced by Electromate.
Groschopp 05128 specsheet
This document provides specifications for an AC 1 Ph 6540 TEFC motor with a voltage of 230V, speed of 1490 rpm, and no gearbox. Key specifications include a rating of 1493.1 rpm and 1.0 lb-in of torque drawing 0.33 amps of current. Performance tests found a breakdown speed of 1015.34 rpm and pullup speed of 0 rpm. The motor has a continuous duty cycle and system efficiency of 28.6%. Startup requires 0.43 amps and produces 1.27 lb-in of torque. A graph shows efficiency decreases with increasing torque from 90% at 0 rpm to 20% at 1600 rpm.
Groschopp 05128 specsheet
This document provides specifications for an AC 1 Ph 6540 TEFC motor with a voltage of 230V, speed of 1490 rpm, and output of 18 watts. Key specifications include a rating of 1493.1 rpm and 1.0 lb-in of torque at 0.33 amps of current. The motor has a breakdown speed of 1015.34 rpm and pullup torque of 1.27lb-in. It has a continuous duty cycle and system efficiency of 28.6%. Start/stall conditions are 0.43 amps and 1.27 lb-in of torque. A graph shows efficiency versus torque from 0 to 1600 rpm. It is sold and serviced by Electromate.
Groschopp 05137 specsheet
The document provides specifications for an AC 3 Phase 6540 TENV motor with a rating of 1563.8 rpm and 1.2lb-in of torque consuming 0.25 amps of current. The motor produces 23 watts of output power and 0.0304 HP. Under cold conditions, the motor reaches 948.42 rpm with 2.64 lb-in of torque and stalls at 0 rpm with 2.39lb-in of torque. The motor, gearbox, and system efficiencies are listed as 37.8% and it can operate continuously under start/stall conditions of 0.52 amps and 2.39 lb-in of torque.
Groschopp 05126 specsheet
The document provides specifications for an AC 1 Ph 6540 TENV motor with a voltage of 115V, speed of 3150 rpm, and no gearbox. Key specs include a rating of 3152.3 rpm and 1.1 lb-in of torque at 0.69 amps and 41 watts of output. The motor has a breakdown speed of 2462.14 rpm and pullup speed of 0 rpm. It has a continuous duty cycle and system efficiency of 52.6%. Start/stall conditions are 1.58 amps and 0.93 lb-in of torque. Performance charts show efficiency versus torque and speed.
Groschopp 05156 specsheet
This document provides specifications for an AC 3 Phase 6540 TEFC motor with a voltage of 230V, frequency of 50Hz, and speed of 1250rpm without a gearbox. Key specifications include a rated speed of 1245rpm, startup current of 0.52amps, and maximum torque of 3.3lb-in. Performance charts show efficiency peaks at 33.4% and torque decreases with increasing speed. The motor is sold and serviced by Electromate.
Groschopp 05156 specsheet
This document provides specifications for an AC 3 Phase 6540 TEFC motor with a voltage of 230V, frequency of 50Hz, and speed of 1250rpm without a gearbox. Key specifications include a rated speed of 1245rpm, startup current of 0.52amps, and maximum torque of 3.3lb-in. The motor has a continuous duty cycle and peak efficiency of 33.4% at nominal operating speeds and torques. Performance curves show efficiency decreases and torque increases at lower speeds.
Groschopp 05159 specsheet
This document provides specifications for an AC 3 Phase 6540 TENV motor with a voltage of 230V, frequency of 50Hz, and speed of 2710rpm without a gearbox. Key specifications include a rating of 2710rpm and 1.5lb-in of torque at 0.34amps and 48watts of output, or 0.0645HP. Breakdown and pullup torque and speed are also listed, along with duty cycle, efficiency ratings, start/stall conditions, and a graph of torque vs speed and efficiency when cold and hot. The motor is sold and serviced by Electromate.
Groschopp 05157 specsheet
This document provides specifications for an AC 3 Phase 6540 TENV motor with a rating of 1207.1 rpm and 1.5 lb-in of torque consuming 0.23 amps of current. The motor produces 21 watts of output power equivalent to 0.0279 horsepower. Under breakdown and pullup conditions, the motor reaches lower speeds and higher torques. The motor has a continuous duty cycle with peak efficiencies of 36% for the gearbox, motor, and overall system. Startup requires 0.40 amps of current producing 2.55 lb-in of torque. A graph shows efficiency decreases with speed above 750 rpm.
Groschopp 05120 specsheet
This document provides specifications for an AC 1 Ph 6540 TEFC motor with a voltage of 115V, speed of 1480 rpm, and no gearbox. Key specifications include a rated speed of 1483 rpm, torque of 1.1 lb-in, current of 0.64 amps, output of 20 watts, and efficiency of 30.6%. Performance data is provided showing torque and speed curves for cold and hot operation.
Groschopp 05120 specsheet
This document provides specifications for an AC 1 Ph 6540 TEFC motor with a voltage of 115V, speed of 1480 rpm, and no gearbox. Key specifications include a rated speed of 1483 rpm, torque of 1.1 lb-in, current of 0.64 amps, output of 20 watts, and efficiency of 30.6%. Performance data is provided showing torque and speed curves for cold and hot operation.
Groschopp 05320 specsheet
This document provides specifications for an AC 1 Ph 8040 TENV motor with a voltage of 115V, speed of 1510 rpm, and no gearbox. Key specifications include a rated speed of 1507.5 rpm, torque of 2.4 lb-in, current of 0.76 amps, output of 42 watts, and efficiency of 47.8%. Performance charts show torque and speed values at various RPMs as well as efficiency curves for cold and hot operation.
Groschopp 05320 specsheet
This document provides specifications for an AC 1 Ph 8040 TENV motor with a voltage of 115V, speed of 1510 rpm, and no gearbox. Key specifications include a rated speed of 1507.5 rpm, torque of 2.4 lb-in, current of 0.76 amps, output of 42 watts, and efficiency of 47.8%. Start/stall conditions are listed as 1.34 amps current and 2.28 lb-in torque. A graph shows efficiency and speed versus torque from 0 to 1800 rpm. Notes indicate a 10uF 250V capacitor. The motor is sold and serviced by Electromate.
Groschopp 05300 specsheet
The document provides specifications for an AC 3 Phase 8060 TENV motor with a rating of 1350 rpm and 5.1 lb-in of torque. It lists various operating parameters like current, output, efficiency, start/stall conditions, and speed vs. torque and efficiency curves. The motor has no gearbox and was produced by Groschopp.com for product ID 5300.
Groschopp 05300 specsheet
The document provides specifications for an AC 3 Phase 8060 TENV motor with a rating of 1350 rpm and 5.1 lb-in of torque. It lists various performance metrics like breakdown torque, pullup torque, start/stall conditions, and efficiency curves across a range of torques and speeds. The motor has a continuous duty cycle and 59.1% efficiency. It was prepared by Groschopp.com and is available from Electromate.
Groschopp 05301 specsheet
This document provides specifications for an AC 3 Phase 8060 TEFC motor with a voltage of 230V, frequency of 50Hz, and speed of 1360rpm without a gearbox. Key specifications include a rated speed of 1355rpm, torque of 7.9lb-in, current of 1.02amps, output of 127watts, and efficiency of 56.4%. Start/stall conditions are listed as 2.69amps current and 19.94lb-in torque. A graph shows efficiency and speed curves versus torque. The motor is sold and serviced by Electromate.
Groschopp 05302 specsheet
This document provides specifications for an AC 3 Phase 8060 TENV motor with a rating of 1650 RPM, 5.3 lb-in of torque, 0.69 amps of current, and 103 watts of output power. The motor has a breakdown torque of 15.9 lb-in at 899 RPM and a pullup torque of 14.59 lb-in at 73.7 RPM. It has a continuous duty cycle and system efficiency of 64.7%. Under start/stall conditions, the motor draws 2.35 amps and produces 14.6 lb-in of torque.
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In this second installment of our Essentials of Automations webinar series, we’ll explore the landscape of triggers and actions, guiding you through the nuances of authoring and adapting workspaces for seamless automations. Gain an understanding of the full spectrum of triggers and actions available in FME, empowering you to enhance your workspaces for efficient automation.
We’ll kick things off by showcasing the most commonly used event-based triggers, introducing you to various automation workflows like manual triggers, schedules, directory watchers, and more. Plus, see how these elements play out in real scenarios.
Whether you’re tweaking your current setup or building from the ground up, this session will arm you with the tools and insights needed to transform your FME usage into a powerhouse of productivity. Join us to discover effective strategies that simplify complex processes, enhancing your productivity and transforming your data management practices with FME. Let’s turn complexity into clarity and make your workspaces work wonders!
“I’m still / I’m still / Chaining from the Block”
“An Outlook of the Ongoing and Future Relationship between Blockchain Technologies and Process-aware Information Systems.” Invited talk at the joint workshop on Blockchain for Information Systems (BC4IS) and Blockchain for Trusted Data Sharing (B4TDS), co-located with with the 36th International Conference on Advanced Information Systems Engineering (CAiSE), 3 June 2024, Limassol, Cyprus.
HCL Notes and Domino License Cost Reduction in the World of DLAU
Webinar Recording: https://www.panagenda.com/webinars/hcl-notes-and-domino-license-cost-reduction-in-the-world-of-dlau/
The introduction of DLAU and the CCB & CCX licensing model caused quite a stir in the HCL community. As a Notes and Domino customer, you may have faced challenges with unexpected user counts and license costs. You probably have questions on how this new licensing approach works and how to benefit from it. Most importantly, you likely have budget constraints and want to save money where possible. Don’t worry, we can help with all of this!
We’ll show you how to fix common misconfigurations that cause higher-than-expected user counts, and how to identify accounts which you can deactivate to save money. There are also frequent patterns that can cause unnecessary cost, like using a person document instead of a mail-in for shared mailboxes. We’ll provide examples and solutions for those as well. And naturally we’ll explain the new licensing model.
Join HCL Ambassador Marc Thomas in this webinar with a special guest appearance from Franz Walder. It will give you the tools and know-how to stay on top of what is going on with Domino licensing. You will be able lower your cost through an optimized configuration and keep it low going forward.
These topics will be covered
- Reducing license cost by finding and fixing misconfigurations and superfluous accounts
- How do CCB and CCX licenses really work?
- Understanding the DLAU tool and how to best utilize it
- Tips for common problem areas, like team mailboxes, functional/test users, etc
- Practical examples and best practices to implement right away
Microsoft - Power Platform_G.Aspiotis.pdf
Revolutionizing Application Development
with AI-powered low-code, presentation by George Aspiotis, Sr. Partner Development Manager, Microsoft
Climate Impact of Software Testing at Nordic Testing Days
My slides at Nordic Testing Days 6.6.2024
Climate impact / sustainability of software testing discussed on the talk. ICT and testing must carry their part of global responsibility to help with the climat warming. We can minimize the carbon footprint but we can also have a carbon handprint, a positive impact on the climate. Quality characteristics can be added with sustainability, and then measured continuously. Test environments can be used less, and in smaller scale and on demand. Test techniques can be used in optimizing or minimizing number of tests. Test automation can be used to speed up testing.
Pushing the limits of ePRTC: 100ns holdover for 100 days
At WSTS 2024, Alon Stern explored the topic of parametric holdover and explained how recent research findings can be implemented in real-world PNT networks to achieve 100 nanoseconds of accuracy for up to 100 days.
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Groschopp 05130 specsheet
- 1. Prepared by: Groschopp.com 02/24/14 Motor: Voltage: Speed: Gearbox: AC 1 Ph 6540 TENV 230 v 60 Hz 1500 rpm 4 Poles None Product ID: 5130 SPECIFICATIONS Rating: Speed: Torque: Current: Output: Output: 1495.5 rpm 0.8lb-in 0.25 amps 15 watts 0.0200 HP Breakdown (Cold): Speed: Torque: 1052.65 rpm 1.26 lb-in Pullup (Cold): Speed: Torque: 0.0 rpm 0.94lb-in Duty Cycle: On: Off: Continuous Efficiency: Gearbox: Motor: System: 31.4 % 31.4 % Start/Stall Conditions: Current: Torque: 0.35 amps 0.94 lb-in Torque (lb-in) Speed RPM Efficiency 200 0 0.0 0.2 400 0.3 600 0.5 800 0.6 1000 0.8 1200 0.9 1400 1.1 1600 1.2 1800 1.4 90.0 80.0 70.0 60.0 50.0 40.0 30.0 20.0 10.0 Speed, Efficiency Vs. Torque Cold Hot Notes: Capacitor - 2.5uF 440V Sold & Serviced By: ELECTROMATE Toll Free Phone (877) SERVO98 Toll Free Fax (877) SERV099 www.electromate.com sales@electromate.com