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Não há limite para o número de dispositivos que podem se conectar sem fio às nossas ferramentas compatíveis com JobLink®.

Sim, com o JobLink® PRO você pode salvar seus relatórios de medição na nuvem.

Sim, você pode adicionar notas personalizadas de forma rápida e fácil ao relatório de medição JobLink®.

Sim, quando sua ferramenta JobLink® requer uma atualização, o aplicativo irá guiá-lo através do processo de atualização.

Amperímetro, SC480/SC680 1 de cada vez...................................................................................................................................................................................................................................................................................................................................................... Manômetro, JL3MN 8 de cada vez (4 em P1, 4 em P2)...................................................................................................................................................................................................................................................................................................................................................... Psicrômetro, JL3RH 16 de cada vez (8 definidos para Return, 8 definidos para Supply)...................................................................................................................................................................................................................................................................................................................................................... Sonda de pressão, JL3PR 8 de cada vez (4 definidas para Sucção, 4 definidas para Líquido)...................................................................................................................................................................................................................................................................................................................................................... Braçadeira de temperatura, JL3PC/JL3LC 8 de cada vez (4 definidas para Sucção, 4 definidas para Líquido)...................................................................................................................................................................................................................................................................................................................................................... Analisador, SM380V/SM480V 4 de cada vez...................................................................................................................................................................................................................................................................................................................................................... Medidor de vácuo, MG44/SM380V/SM480V 1 de cada vez...................................................................................................................................................................................................................................................................................................................................................... Escala, SRS3/SRS3EC/SR47INT 1 de cada vez......................................................................................................................................................................................................................................................................................................................................................

Sim, com a assinatura do JobLink® PRO você pode facilmente anexar documentos e imagens ao relatório de medição.

Sim, você pode medir SEER e EER com o aplicativo JobLink®.

Sim, com a assinatura do JobLink® PRO você pode visualizar facilmente o histórico de clientes e equipes.

Sim, você pode facilmente gerar relatórios de medição e o resultado dos testes de vazamento/vácuo usando o aplicativo gratuito JobLink®.

Sim, com a assinatura do JobLink® PRO você pode criar, classificar e salvar trabalhos por localização.

JOB LINK® de graça Após 60 dias de teste medições ao vivo cálculos avançados Diagnóstico de sistemas Relatórios de medição do sistema (e-mail e impressão) ...................................................................................................................................................................................................................................................................................................................................................... JOB LINK® PRO Tudo incluído na versão gratuita do Joblink mais: Relatórios de medição do sistema (e-mail e impressão) Armazenamento na núvem Listas de verificação de inspeção Fotos e Notas Histórico de clientes e equipamentos Geração de equipes de trabalho Visualização ao vivo

Sim, o download do aplicativo JobLink® é gratuito. Você tem uma avaliação de 60 dias do JobLink® PRO. Após 60 dias, você tem a opção de continuar com a assinatura do JobLink® PRO ou voltar para a versão gratuita.

Ao instalar o aplicativo JobLink®, você será guiado pelo processo de "criar uma conta".

Sim, você também pode usar a função de registro de dados no analisador.

MG44, SC480, SC680, SM480VINT, SM380VINT, JL3LC, JL3MNINT, JL3RHINT, JL3PRINT, JL3PCINT, SRS3EC, SRS3 & SR47INT.

Se o seu aplicativo JobLink® apresentar valores incorretos, pode ser que você tenha uma ou mais ferramentas conectadas a um sistema e tenha que escolher a qual conectar. Verifique se você está conectado à ferramenta correta comparando o número de série da ferramenta com o listado no aplicativo JobLink®.

1. Certifique-se de que as ferramentas às quais você está tentando se conectar estão dentro do alcance sem fio (300 metros) e ligadas. 2. Certifique-se de que o aplicativo JobLink® tenha permissão para serviços de localização por bluetooth e celular/tablet. 3. Clique em ""Ferramenta de link"" para abrir a lista de ferramentas disponíveis para se conectar. 4. Conecte-se à caixa correta, onde deseja que a ferramenta apareça

If no sensor is installed or the installed sensor is faulty when the unit is turned on, an alarm will sound and the unit will turn off.

Automatic zeroing on the instrument allows for convenient pinpointing of a refrigerant leak by setting a new 'zero-value' every 3-4 seconds. This is useful when a large concentration of refrigerant is being detected in a contained area. Manual zeroing puts the control of the zero function in your hands, you can simply press the zero button on the tool at any time to set a new zero value. This is good for clarifying the leak source once it has been identified.

Set the sensitivity level by pressing the Sensitivity button. Low (L), medium (M), or high (H) sensitivity will be indicated at the top of the LCD display. The higher the concentration of refrigerant in the ambient air, the lower the sensitivity setting should be to minimize false trips.

The DR58 uses a heated diode sensor. The heated diode’s advantage is that it detects absolute concentration levels so it can be held on a leak and will continue to beep. It is also initially very sensitive. Its disadvantage is that the sensor becomes less sensitive over life, eventually needing replacement. The DR82 uses an infrared (IR) sensor. It detects a change in concentration, so the wand must keep moving. The advantage of the Fieldpiece IR sensor and its sensitivity is that it will last the lifetime of the instrument.

The DR58 uses a heated diode sensor. The heated diode’s advantage is that it detects absolute concentration levels so it can be held on a leak and will continue to beep. It is also initially very sensitive. Its disadvantage is that the sensor becomes less sensitive over life, eventually needing replacement. The DR82 uses an infrared (IR) sensor. It detects a change in concentration, so the wand must keep moving. The advantage of the Fieldpiece IR sensor and its sensitivity is that it will last the lifetime of the instrument.

Automatic zeroing on the instrument allows for convenient pinpointing of a refrigerant leak by setting a new 'zero-value' every 3-4 seconds. This is useful when a large concentration of refrigerant is being detected in a contained area. Manual zeroing puts the control of the zero function in your hands, you can simply press the zero button on the tool at any time to set a new zero value. This is good for clarifying the leak source once it has been identified.

Set the sensitivity level by pressing the Sensitivity button. Low (L), medium (M), or high (H) sensitivity will be indicated at the top of the LCD display. The higher the concentration of refrigerant in the ambient air, the lower the sensitivity setting should be to minimize false trips. The TURBO (T) function is an additional 4th sensitivity that pushes the DR82 to it highest possible sensitivity.

The DR82 does not require a replacement sensor, it will last the lifetime of the instrument.

The DR82 sensor will last the lifetime of the instrument.

It goes from 1/4" - 1 3/8".

There are three possibilities: ...................................................................................................................................................................................................................................................................................................................................................... 1. No pressure probe connected. ...................................................................................................................................................................................................................................................................................................................................................... 2. No pipe clamp connected. ...................................................................................................................................................................................................................................................................................................................................................... 3. No refrigerant selected.

When the pipe clamp shows open or the orange LED is blinking the pipe that the clamp is on may need to be cleaned. Remove the clamp and use the Emory cloth provided to clean the pipe and put clamp back on.

300 meters line of sight.

Sim, você pode conectar sua ferramenta ao manifold.

It goes from 3/4" - 4 1/8".

When the pipe clamp shows open or the orange LED is blinking the pipe that the clamp is on may need to be cleaned. Remove the clamp and use the Emory cloth provided to clean the pipe and put clamp back on.

There are three possibilities: ...................................................................................................................................................................................................................................................................................................................................................... 1. No pressure probe connected. ...................................................................................................................................................................................................................................................................................................................................................... 2. No pipe clamp connected. ...................................................................................................................................................................................................................................................................................................................................................... 3. No refrigerant selected.

300 meters line of sight.

Sim, você pode conectar sua ferramenta ao manifold.

29" HgV to 580 psig (40 bar).

The Fieldpiece JL3PR pressure probe sensor automatically calibrates to barometric pressure, so it is accurate at any elevation. There is no need to manually Zero the tool.

The Connector Type is Standard 1/4" SAE ( 45° angled).

There are three possibilities: ...................................................................................................................................................................................................................................................................................................................................................... 1. No pressure probe connected. ...................................................................................................................................................................................................................................................................................................................................................... 2. No pipe clamp connected. ...................................................................................................................................................................................................................................................................................................................................................... 3. No refrigerant selected.

300 meters line of sight.

Sim, você pode conectar sua ferramenta ao manifold.

You can see up to 8 different systems on the same screen in the JobLink app. However you can meassure more than 8 by connecting the probes you will be using, and pushing the blue serial number next to the probe you would like to switch out and selecting the probe you would like to see.

The JL3RH can measure the following: ...................................................................................................................................................................................................................................................................................................................................................... - Dry bulb ...................................................................................................................................................................................................................................................................................................................................................... - Wet bulb ...................................................................................................................................................................................................................................................................................................................................................... - %RH ...................................................................................................................................................................................................................................................................................................................................................... - Dew point ...................................................................................................................................................................................................................................................................................................................................................... - Enthalpy ......................................................................................................................................................................................................................................................................................................................................................

300 meters line of sight.

Sim, você pode conectar sua ferramenta ao manifold.

The SM480 and SM380 are compatible and can connect wirelessly to the following: - JL3RH Psychrometer ...................................................................................................................................................................................................................................................................................................................................................... - JL3PC Pipe Clamp ...................................................................................................................................................................................................................................................................................................................................................... - JL3LC Large Pipe Clamp ...................................................................................................................................................................................................................................................................................................................................................... - SRS3 Weighing Scales ...................................................................................................................................................................................................................................................................................................................................................... - MG44 Vacuum Gauge ......................................................................................................................................................................................................................................................................................................................................................

Cleaning the Sensors in the manifold over time is required, the pressure sensors inside the manifold may become contaminated with dirt, oil, and other contaminants in normal operational use. To do so, please follow the guide below: ...................................................................................................................................................................................................................................................................................................................................................... 1. Never use an object such as a cotton swab to clean the sensor, you may cause damage to the sensor. ...................................................................................................................................................................................................................................................................................................................................................... 2. Open all valves and cap all the ports except for the VAC port on the SM480, or the central port on the SM380. ...................................................................................................................................................................................................................................................................................................................................................... 3. Drop enough Isopropyl (rubbing) alcohol into the VAC/middle port using an eye dropper or funnel so that it can flush out contaminants. ...................................................................................................................................................................................................................................................................................................................................................... 4. Cap VAC/middle port and gently shake your Manifold upside down to clean sensor.

The manifold has a list of over 70 common refrigerants used in refrigeration and air conditioning, and this includes A2L and A3 refrigerants. For the full list of refrigerants visit the product page.

The moisture inside the system is still boiling off and is no longer being taken out or compensated for by the vacuum pump. There could be oil that is holding moisture inside either the hose leading to the manifold or inside the block of the manifold.

You have isolated the micron gauge from the system, you are now only reading what is inside your manifold and the hose connected to vacuum pump.

29" HgV to 800 psig/ 55 bar. 1-10.000 microns.

You may have a negative degree of superheat or subcooling. To check this see below: ...................................................................................................................................................................................................................................................................................................................................................... 1. Plug in thermocouple into LLT port and change refrigerant to R113 to check to see if the manifold calculates subcooling. ...................................................................................................................................................................................................................................................................................................................................................... 2. Plug in thermocouple into LLT port and change refrigerant to R407F to check to see if the manifold calculates superheat.

Vacuum pressure being inaccurate is a sign of oil holding moisture either inside the block of the manifold or in the hoses. The oil in your vacuum pump may also need to be changed. Clean sensor periodically with rubbing alcohol.

It stands for “no signal” (NSG).

Advanced Calibration: ...................................................................................................................................................................................................................................................................................................................................................... 1. Plug in thermocouple into SLT port. ...................................................................................................................................................................................................................................................................................................................................................... 2. Calibrate Thermocouple to Ice water 0°C. ...................................................................................................................................................................................................................................................................................................................................................... 3. Tape thermocouple to side of refrigerant tank that has been sitting at a constant temperature for 24-48 hours. ...................................................................................................................................................................................................................................................................................................................................................... 4. Put a brass cap on SLT and another one on LLT and open up both valves. ...................................................................................................................................................................................................................................................................................................................................................... 5. Hook up refrigerant tank to manifold and open the tank. (Ensure that the Vac valve is closed on manifold before opening refrigerant tank. 4 port manifold only.) ...................................................................................................................................................................................................................................................................................................................................................... 6. Open refrigerant tank. ...................................................................................................................................................................................................................................................................................................................................................... 7. Select the type of refrigerant being used for this on the manifold. ...................................................................................................................................................................................................................................................................................................................................................... 8. Open up the Ref port on manifold (4 port manifold only). Both high and low pressures should read the same. ...................................................................................................................................................................................................................................................................................................................................................... 9. Press “Test Cal” button. Both pressure sensors should read “GOOD”."

300 meters line of sight.

Yes, the MG44 connects to our SM380/SM480. SM380/SM480 prior to production as of June 1, 2021 will require a firmware update in order to connect the MG44. The firmware update instructions are available on the Fieldpiece website, go to https://www.fieldpiece.com/download-software-firmware-updates/. Production after June 1, 2021 will include the newest firmware and does not require an update.

There are three ways to view the measurements. ...................................................................................................................................................................................................................................................................................................................................................... 1. On the LCD screen on the tool itself ...................................................................................................................................................................................................................................................................................................................................................... 2. Wirelessly connected to the JobLink® application ...................................................................................................................................................................................................................................................................................................................................................... 3. Wirelessly connected to the SMAN480/SMAN380 manifold ......................................................................................................................................................................................................................................................................................................................................................

Vacuum pressure being inaccurate is a sign of oil holding moisture either inside the sensor compartment or in the hose that the MG44 is connected to. The oil in your vacuum pump may also need to be changed. Clean sensor periodically with rubbing alcohol.

Clean the sensor of the MG44 with rubbing alcohol. Do not stick anything into the sensor. Doing so will damage the sensor. Check the user manual for details.

Ideally it is best to connect the MG44 to the furthest point in the system (away from the vacuum pump).

Evacuation takes time. You are pulling a vacuum in a larger volume (Refigeration system/AC system + vacuum pump) compared to just a vacuum pump. Check that there are no leaks in your hoses, change the oil of the vacuum pump, and perform a triple evacuation if there is an indication of a lot of moisture in the system.

Connect MG44 to empty recovery tank and using a vacuum pump pull down to 500 microns and isolate the pump from recovery tank. Microns should rise slowly and stabilize and not immediately rise.

The moisture inside the system is still boiling off and is no longer being taken out or compensated for by the vacuum pump. Allow sufficient time (this will depend on the volume of the system) for stabilization.

The MG44 has a measuring range between 50-25,000 microns. Anything outside of that range will show the 4 dashes – – – -. The bar graph will show a wider range from deep vacuum up to atmosphere.

300 meters line of sight.

The maximum overpressure for the MG44 is 60 bar (870psig)

Sim, você pode conectar sua ferramenta ao manifold.

The MR45INT is 230v only, however we do sell the MR45UK which is 110v only.

1. Wipe with damp cloth to clean the exterior. Do not use solvents. 2. When the mesh screen filter becomes dirty and clogged, it means it’s keeping your MR45INT/MR45UK working well and protected from contaminants entering the machine and causing damage. You need to clean or replace this screen often.

The High pressure cut out is set to 550 psi / 38 bar.

We recommend to use a filter drier on the input port and change it often to protect the MR45INT/MR45UK from contaminated refrigerants.

No, the MR45INT/MR45UK is not certified for A3 refrigerants, therefore it cannot be used with any combustible refrigerants.

Yes, the MR45INT/MR45UK is A2L ready and can be used with refrigerants such as R32, R1234ZE and R1234YF.

The High-pressure cut off switch activates at 38 bar (550 psig).

VP67INT: 6 CFM 170 l/min - 13,15 kg - AC motor - Dual voltage ...................................................................................................................................................................................................................................................................................................................................................... VP87INT: 8 CFM 225 l/min - 12,25 kg - DC motor - 110V or 230V ...................................................................................................................................................................................................................................................................................................................................................... VPX7INT: 10 CFM 280 l/min - 10,9 kg - DC motor with EPO coating** - 110V or 230V

It is normal for the pump to emit vapor when pumping on a chamber from atmosphere. Since all the air that is removed from the chamber by the pump moves through the oil in the oil reservoir, some of that oil is vaporized when a lot of air is moving through it. When the pressure in the chamber is reduced to a few hundred torr, the oil vapor will be reduced.

We recommend to empty or replace oil at the end of every usage. Don’t leave old oil in the machine. Store the pump and oil in dry clean areas for longest life. The oil can lose its sealing properties if left uncovered. Keep the oil sealed until it’s ready for use.

No, you can use any manufacturer's vacuum pump oil, however fieldpiece oil is optimized for our vacuum pumps and has a specific viscosity for maximum performance.

Excessive moisture is present in the oil indicating that the oil needs to be replaced.

Perform this test to ensure the vacuum pump and your micron gauge are working properly. ...................................................................................................................................................................................................................................................................................................................................................... 1. Connect your vacuum gauge directly to a port on the vacuum pump. ...................................................................................................................................................................................................................................................................................................................................................... 2. Seal the 3 other ports. ...................................................................................................................................................................................................................................................................................................................................................... 3. Ensure the gas ballast is closed. ...................................................................................................................................................................................................................................................................................................................................................... 4. Turn on the vacuum pump to create a vacuum at your gauge. ...................................................................................................................................................................................................................................................................................................................................................... If your gauge measures below 200 microns within 1 minute, you know the vacuum pump and your micron gauge are working correctly. If your gauge does not reach 200 microns, there is a problem with your gauge, the vacuum pump, or both.

The port sizes from left to right are 1/4”, 1/2”, 3/8”, 3/8“.

A gas ballast valve will allow a flow of air into the final part of the compression cycle and allow the vapor to be expelled without condensation or affecting the pump's overall performance. Using the gas ballast valve on the initial pull down helps the pump run smoothly and keeps the oil in good condition.

The vacuum pumps are certified for A2L refrigerant systems. We do not certify the pump against A3 systems, or systems with NH3 - however, as long as the systems are completely void of refrigerant before evacuation, it can be used on those systems.

Yes, The Fieldpiece Vacuum Pumps features a non-mechanical ‘anti-oil suck back’ system which when the machine loses power, will ensure that the oil in the vacuum pump does not migrate into the system or the hose lines. We achieve this by having an ‘open-air’ valve that is sealed when the machine is running, but then slowly opens up to atmospheric pressure when the machine loses power or is switched off. The issue we solve with this feature is the oil-suck back issue which can be very damaging and time consuming to the system should this happen.

No, the SC260 is not a wireless tool. However the SC480 and SC680 are wireless tools.

A true-RMS meter can accurately measure those imperfect, nonsinusoidal waves, as well as perfect, sinusoidal waves. “RMS” stands for root-mean-square, which is a calculation used to determine the equivalent DC value of an AC waveform. True RMS measurements are important to ensure that you can test variable frequency drives more accurately.

NCV is an abbreviation for Non-Contact Voltage. Use NCV to check for 24VAC up to 600VAC. Always test on a known live source before using.

If dISC is displayed, the capacitor is not discharged completely.

No, our meters do not use a fuse you can change. They use a PTC-fuse (positive temperature coefficient) as it is faster and safer for the technician.

300 meters line of sight.

A true-RMS meter can accurately measure those imperfect, nonsinusoidal waves, as well as perfect, sinusoidal waves. “RMS” stands for root-mean-square, which is a calculation used to determine the equivalent DC value of an AC waveform. True RMS measurements are important to ensure that you can test variable frequency drives more accurately.

No, our meters do not use a fuse you can change. They use a PTC-fuse (positive temperature coefficient) as it is faster and safer for the technician.

300 meters line of sight.

A true-RMS meter can accurately measure those imperfect, nonsinusoidal waves, as well as perfect, sinusoidal waves. “RMS” stands for root-mean-square, which is a calculation used to determine the equivalent DC value of an AC waveform. True RMS measurements are important to ensure that you can test variable frequency drives more accurately.

No, the min/max button is not the same as inrush as it does not capture readings fast enough. For inrush current please use the 'inrush button' on the side of the instrument near the clamp meter head.

No, our meters do not use a fuse you can change. They use a PTC-fuse (positive temperature coefficient) as it is faster and safer for the technician.

The regular SRS3/SR47INT is not EC-type approved, however we do have the SRS3EC which is EC-type approved.

300 meters line of sight.

Yes, you can sync two SRS3/SR47INT remote displays to a single SRS3/SR47INT platform if desired. ...................................................................................................................................................................................................................................................................................................................................................... 1. Press SYNC for 1 second. ...................................................................................................................................................................................................................................................................................................................................................... 2. The ID# of a detected platform will show. (This ID# is printed on the platform.) ...................................................................................................................................................................................................................................................................................................................................................... 3. Tap SYNC to cycle through any other platforms detected. ...................................................................................................................................................................................................................................................................................................................................................... 4. Press SYNC for 1 second to select a platform.

If you lose the SRS3/SR47INT remote, please reach out to the Fieldpiece Distributor you purchased the product from, or fill out our form on the support page. https://fieldpiece-europe.com/support Please note that the SRS3/SR47INT measurement values can still be seen on the JobLink® mobile application, as well as directly on the SM480 or SM380 manifold screen.

Sim, você pode conectar sua ferramenta ao manifold.

No, in order to comply to the EC regulations, it is mandatory that the scale must only communicate with one remote at any one time.

If you lose the SRS3EC remote, please reach out to the Fieldpiece Distributor you purchased the product from, or fill out our form on the support page. https://fieldpiece-europe.com/support Please note that the SRS3EC measurement values can still be seen on the JobLink® mobile application, as well as directly on the SM480 or SM380 manifold screen.

300 meters line of sight.

Sim, você pode conectar sua ferramenta ao manifold.

Take out the battery hold the power button for 45 seconds and reinstall battery. If this does not work the first time try again. If it sill won’t turn on, check to see if you have a good battery or fill out our form on the support page. https://fieldpiece-europe.com/support

No, for wireless manometer readings to the JobLink® application, please see the JL3MN wireless manometer.

If it seems like your leak detector is no longer picking up leaks or is not as sensitive as it was when you first bought it, replace the filter.

The SCL2 does not require a replacement sensor, it will last the lifetime of the instrument.

Set the sensitivity level by pressing the L/M/H button. Low (L), medium (M), or high (H) sensitivity will be indicated by the respective LEDs. The higher the concentration of refrigerant in the ambient air, the lower the sensitivity setting should be to minimize false trips. The TURBO function is an additional 4th sensitivity that pushes the SRL2 to it highest possible sensitivity. This feature is activated by pressing the PEAK button four times in succession, and can only be activated while on the high(H) sensitivity level. The TURBO function is an additional 4th sensitivity that pushes the SCL2 to it highest possible sensitivity. This feature is activated by pressing the PEAK button four times in succession, and can only be activated while on the high(H) sensitivity level.