Factory made hot-sale TU-1D01-71 thermal wax actuator for automobile thermostat to Singapore Importers
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Factory made hot-sale TU-1D01-71 thermal wax actuator for automobile thermostat to Singapore Importers Detail:
1. Operation Principle
The Thermostatic Wax that has been sealed in shell body induces expansion by a given temperature, and inner rubber seal part drives its handspike to move under expansion pressure to realize a transition from thermal energy into mechanical energy. The Thermostatic Wax brings an upward movement to its handspike, and automatic control of various function are realized by use of upward movement of handspike. The return of handspike is accomplished by negative load in a given returned temperature.
2. Characteristic
(1)Small body size, occupied limited space, and its size and structure may be designed in according to the location where needs to work.
(2)Temperature control is reliable and nicety
(3)No shaking and tranquilization in working condition.
(4)The element doesn’t need special maintenance.
(5)Working life is long.
3.Main Technical Parameters
(1)Handspike’s height may be confirmed by drawing and technical parameters
(2)Handspike movement is relatives to the temperature range of the element, and the effective distance range is from 1.5mm to 20 mm.
(3)Temperature control range of thermal wax actuator is between –20 ~ 230℃.
(4)Lag phenomenon is generally 1 ~ 2℃. Friction of each component part and lag of the component part temperature cause a lag phenomenon. Because there is a difference between up and down curve of traveling distance.
(5)Loading force of thermal wax actuator is difference, it depends on its’ shell size.
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We have now numerous great personnel members good at advertising, QC, and working with kinds of troublesome dilemma from the creation course of action for Factory made hot-sale TU-1D01-71 thermal wax actuator for automobile thermostat to Singapore Importers, The product will supply to all over the world, such as: Paraguay , Florence , Swiss , With the superior and exceptional service, we are well developed along with our customers. Expertise and know-how ensure that we are always enjoying the trust from our customers in our business activities. "Quality", "honesty" and "service" is our principle. Our loyalty and commitments remain respectfully at your service. Contact Us Today For further information, contact us now.
Beekeeping enthusiasts,
Our new video shows a closeup step by step instructional how to for young beekeepers where we show the beeswax decapping process we follow to clean the frames, remove the cappings, and prepare the frame for extraction in a centrifugal frame extractor.
There are many ways beekeepers choose to remove the cappings from their honey frames. None of them can be considered the best or the ultimate, nor can any other methods be considered flawed. It is a very individual matter. Some hobby beekeepers use a hot know, some a steam knife, others use only the decapping fork or a simple kitchen serrated knife. And those beekeepers operating in larger beekeeping farms and apiaries with 20 or more hives tend to have automated machines that have spinning rotary blades or spikes that as the frames pass through, remove the top beeswax cappings. Some things to consider when starting out, is the volume of frames you are going to be processing. That will definitely have an impact on how you choose to remove the cappings. Other considerations may include your opinion and thoughts on say a hot gun may have on the quality of honey you produce. Another consideration is what to do with the cappings? Do you want beeswax? The work it takes to clean it, melt it, filter it and process it? Many don’t want the hassle and opt to scratch the cappings or use the heat gun.
As you get more familiar with your beehive and the honey frames you extract, you will find that the bees also produce varying shapes on the honey frame, and that too can be a problem and may alter your choice of beeswax decapping process you choose to try or adopt. In this video, we had a perfect frame, where the cappings were built outward by the bees and the cappings were ABOVE the actual timber frame. This makes it perfect for use of a hot knife, as the knife can be rested on the frames and simply slice off the wax cappings. Many frames however are not that way and the bees build them just below the full depth or height of the timber frames. In this scenario, a hot knife can do very little, and the only way to get the cappings off is to either scratch them or pull them off bit by bot using the decapping fork. This often leads to another debate we will cover in one of our future videos – should you use 10 frames or 9 frames in a full deep honey super? What are your thoughts? Leave us a comment below. Will the honey yield be higher or lower? Or the same? Will the hot knife cut through a much thicker overhang of honey comb? Will the running honey cool it too quickly slowing the whole process down? We are keen to hear your thoughts.
So as you can see, you will need to equip yourself with tools and skills to use them to accommodate several scenarios, each requiring a different method. Each honey frame will be different and may require use of two to three different styles even within the single honey frame.
We hope you enjoy our videos, and if you do, please click the SUBSCRIBE button. It helps us keep growing this channel and assist the much needed and very sparse new and young beekeepers. Hit the LIKE button and share.
We thank you for your support and hope you visit us again for our next video, where we will examine the use of a heat gun. Is this the method for you? Many say it is fantastically easy, fast and more efficient! We are keen to learn your thoughts on the matter after seeing our brief study.
Have an enjoyable day.
MahakoBees
https://www.mahakobees.com
Music composed, performed and provided by Groovey – Adam Kubát a Pavel Křivák
You can visit their website on: https://www.groovey.cz/
How to Make a Backup File with ROBO Cylinder RCPC Software – IAI Electric Actuator
https://www.intelligentactuator.com/robo-cylinder-pc-interface-software/
PC Interface Software for RC (ROBO Cylinder)
File, Backup, Save All Data…
File, backup, Load All Data…
Select File Name…
Restart the Controller…
– see details on the video —
Economical and easy to use, the Robo Cylinder® is specifically designed to accomplish the simple tasks usually assigned to air cylinder units, but with greater flexibility, control, and efficiency. The Robo Cylinder PC Interface Software provides a simple, user-friendly means of ‘teaching’ your Robo Cylinder controller.
Robo Cylinder Control & Programming Software Multiple positioning is one of the main advantages the Robo Cylinder enjoys over pneumatic cylinders. Both the RCP Controller and the RCS Controller store 16 user-defined positions programmable throughout the full stroke length.
Programming the Robo Cylinder using the Intelligent Actuator RC software is a simple task. The controller was designed to be a “dumb” positioner, or a slave to a PLC or other master device. Once the positions have been taught through the software all the PLC need to do is select one of the sixteen possible positions (through binary inputs) and toggle a move signal.
Using only 16 positions and eliminating any programmability or user I/O brings down the system cost, making the Robo Cylinder very affordable. By utilizing our Robo Cylinder serial communication protocol, a PLC or industrial PC could store the point table and send over the changes via RS485. This method creates virtually an infinite amount of positions stored remotely in the PLC or Industrial PC.
Robo Cylinders can be controlled via standard 24VDC I/O or an RS485 serial communication link. By using serial communication in combination with the digital I/O, 16 Robo Cylinders can be linked together in a variety of network configurations to meet your low-cost automation needs. The RCS controller is available with DeviceNet, UNI-WIRE, CC-Link, or PROFIBUS network capabilities.
Point to Point Motion
Though the controller is simple to program, it is flexible in the positions that are taught. Each position in the point table can have it’s own velocity, acceleration, and deceleration. The Robo Cylinder can then move from point to point in response to external signals. In a point-to-point motion pattern the actuator will simply move to a programmed position.
Incremental Motion
Though the controller can only store 16 points, it can move to more positions. The point table has a field that will allow the position to be considered an absolute move or an incremental move. An absolute move will move to a fixed distance from home. An incremental move will move a programmed distance away from its current location. This would allow the actuator to move along its entire length if the same incremental move was executed enough times.
PUSH Function
In the “PUSH” mode the RCP motor will rotate at 75 RPM. The controller will be expecting to encounter a force during that “PUSH” movement. Once that force has been encountered the Robo Cylinder will “PUSH” or maintain constant, programmed torque against the force without entering an error or alarm situation. It will maintain the torque until the Robo Cylinder is instructed to move again. In the case that a force is not encountered the actuator will simply move a programmed distance and stop.
