Frequently Asked Questions

Who can buy from Jutech?

An industrial temperature controller compares a sensor signal to a fixed point and calculates the difference between the two readings. Controllers may manage sensor data other than temperatures, such as humidity, pressure, and flow rate. Digital controllers are electronic controllers.

Temperature controls are widely used in various sectors to maintain worker safety during production and other processes. Food storage, food processing, and blood banks are just a few industries that buy from Jutech to control temperature and put it into action regularly in business.

Manufacturers utilize temperature controllers for regulating production processes and operations across several sectors. There are several industrial applications for temperature controllers, such as plastic extrusion, injection moulding equipment, and thermoforming and packaging devices.

How do I Pack my Defective Device?

If you receive a defective device, such as a troubleshooting industrial temperature controller, packing it properly to send for an exchange is necessary.

You need to follow the given tips to pack your defective device:

• Always use robust corrugated cardboard boxes for your packages. They may come apart during shipping if damaged.

• Add additional cushioning materials, like bubble wrap, to the box's bottom to keep your gadget from moving. Cover the interior of the box with additional bubble wrap.

• Single-wall corrugated packaging is adequate for non-fragile products. A dual-wall corrugated box is needed for delicate objects. If you're sending many things, make sure they're firmly separated.

• Include a copy of the original proof of purchase (receipt) to assist us in establishing the warranty duration. Use the proper sealing method to pack the box.

How do I find a Specific Product in the Store?

The operator may utilize one or more types to control the process, depending on the system. Industrial temperature controllers are classified as on-off, proportional, or PID. It is necessary to assess your process and control requirements before choosing a controller. This will make selecting or buying new single-loop temperature controls easier.

Choosing a suitable industrial temperature controller for an application might be difficult. There are several manufacturers, each providing a variety of controllers. Choosing the suitable controller for your application is as easy as 5 steps.

1. Select the desired controller size.
2. Most controllers include field-selectable inputs, but some need special ordering. Check the controller's specs to verify whether it supports your desired input type.
3. Temperature controllers typically have four essential control functions (PID, on-off, ramp-and-soak, and manual). Many applications need just on/off control. You must select the control operation.
4. Determine the number of control and alarm outputs necessary for the application. Controllers typically have two process control outputs and sometimes more. With two process outputs, one is designed to manage heating and the other for cooling.
5. Larger equipment makers may employ programming tools to avoid wasting worker hours programming controllers. A set of stored parameter settings may be downloaded into the control in seconds if the controller has RS485 communications capability. Certain manufacturers provide a registration list, and the user must design the software interface.

Who can be Contacted if I am Interested in more Complex Inquiries, such as Integrated Systems?

You need to contact an integrated expert to buy an integrated industrial temperature controller. Using a variety of networks and integration experts makes it possible for computer systems to communicate clearly with one another. Large corporations with broad computer networks and high technological demands often employ integration experts.

How do I use the Arbitrary Function Generator on the MDO3000?

Electronic test equipment, such as an arbitrary waveform generator (AWG), is used to create electrical waveforms. It is necessary to have a triggering source for either repeating or single-shot waveforms (internal or external).

The MDO3000's arbitrary function generator (AFG) may generate predefined waveforms or user-defined waveforms. As an alternative, the scope's inputs may be used to capture a signal, which can be stored in memory and output from the AFG.

How Many Channels are there in an Arbitrary Waveform Generator?

An extremely versatile tool, the Arbitrary Waveform Generator may be utilized in various applications. They include the following:

• Stimulus-Response Systems
• Acquisition and Replay
• Research and Development
• Noise Generation
• Multichannel Waveform Generators
• Quantum Science

It is possible to use several Spectrum arbitrary waveform generators with up to four channels on a single card. Systems with 64 synchronous channels may be built using multichannel AWGs internally synced with the star hub.

How Do Gas Detectors Work?

Gas detection systems are safety technologies used to save employees' lives and assure plant safety. They are crucial for detecting harmful gas levels and locating the source of a leak. Alarms and beam light signals are sent out when unsafe gas vapour concentrations are detected, alerting personnel, assets, and the environment. Gas detectors for homes, businesses, and industries are available. The gas detector calibration in Singapore is useful to maintain the set within specification & working condition.

A sensor is used to detect gases in the atmosphere. When a chemical reaction produced by a particular gas happens, the sensor generates a measured electric current. The sensor will monitor these currents and warn the user if the presence of gas exceeds acceptable levels.

What are the correct microohm readings (contact resistance) for an HVL/cc switch and Lightning conducting Rod?

Power distribution switchgear HVL/cc has the shortest footprint. It has a factory-sealed sulphur hexafluoride chamber for load break switching and power fuses as a short-circuit protector. Special switching features include current transformers, simpler grounding systems, an infrared viewing window, and optional control ways.

A millivolt or microohm meter test may be used to verify the contact life. Using a 100 A test micro ohm meter, the result should not rise by 300 per cent over the initial value of 80 micro-ohms. A resistance of 240 micro-ohms or less is recommended. The stresses in each phase may not be identical. So, the resistance at which a contact makes contact will vary concerning time and phase.

How to use Anemometers in air Duct Traversing?

Hygro-thermometer anemometers combine a thermal anemometer with a humidity sensor to provide comprehensive environmental data. A data recording anemometer stores data for later studies. You may examine, graph, and analyse recorded air velocity data on your computer.

Anemometer Singapore is often used to balance air ducts. Several anemometers are placed in the duct or gas pipe cross-sections and manually record the velocity measurements.

The mass flow rate is calculated by multiplying the mean velocity by the density and the duct's cross-sectional area. The log-linear approach to traversing cylindrical ducts gives the maximum accuracy since it accounts for friction along the duct's walls. The multitude of measurements makes air duct traversal a tedious operation.

How to Measure Humidity?

A comfortable indoor environment relies heavily on air humidity as a critical measuring variable. Mould may grow if the air is excessively humid. However, workplaces and living rooms aren't the only places where air quality matters. Humidity is also regulated in the workplace to guarantee that goods and installations meet quality standards.

A hygrometer, or humidity temperature meter, measures humidity readings influenced by several variables. Depending on the location, humidity measurements are critical. For instance, thermo-hygrometers enable determining the humidity of wood or masonry, monitoring air humidity in server rooms, and implementing control measures in ventilation ducts to provide a healthy working environment.

What are Time Counters?

A time counter is activated to record how much time has elapsed. Minutes, seconds, and even days may be represented in addition to the commonly used hour unit. Depending on their functionality, they may also be referred to as total time meters or hour meters.

A time counter, which electrical signal is generated when the timer has reached its set point. Once set time is set, repeat operation will perform diligently.  This application is useful in various Factory Automation system when using a countdown clock timer.