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In 2020, there will be as many as 50 devices connected to the network in every household, and the networking standard is not limited to Wi-Fi, but also technologies such as Bluetooth, Zigbee and Thread, which will make the demand for mesh networks explosive.

　　

　　If the problem of fragmentation can be solved, the interoperability of different standards, the integration of different devices and the networking of smart homes can be expected.

　　The development potential of smart home industry attracts many capitals, including traditional hardware enterprises, Internet enterprises and real estate home improvement enterprises. Google, Apple, Microsoft, Samsung, Huawei, Xiaomi, Meizu and many other technology companies entered the game. At the same time, the continuous development of mobile communication technology constantly provides strong technical support for the smart home industry, including 5G technology, Bluetooth 5, and the next generation wifi standard, which all have a clear commercialization schedule.

　　In terms of demand, the number of networking devices and data transmission in the home is increasing year by year, and household appliances such as air conditioners, game machines, televisions and wireless speakers will all be connected to the network.

　　According to the GSMA report, in 2012, about 8 terminal products in each household will be connected to the Wi-Fi Router, and in 2020, there will be as many as 50 devices connected to the Internet in each household, and the networking standard is not limited to Wi-Fi, but also Bluetooth, Zigbee and other technologies will appear one after another, which makes the demand for Mesh Networking explosive.

　　The Internet of Things (IoT) is the focus of discussion this year. With the increasing number of home networking devices, these devices are expected to develop into a structured mesh network in the next few years from the fragmented independent networking at this stage. In addition, several key developments in the industry in the past two years, such as intelligent voice assistants, have made manufacturers smell the business opportunities of networked smart homes and come up with home wireless connection solutions.

　　Ready to "re-send"

　　It has been more than 20 years since smart home was put forward, but during this period, many manufacturers have invested heavily, but so far, it has generally failed. From the perspective of network architecture, it is probably through wireless personal networks (WPAN) such as Bluetooth, wireless local area networks (WLAN) such as Wi-Fi, and control networks such as Zigbee and Thread adopting 802.15.4 protocols. These standards are mature and usually

　　In addition, Amazon Echo rose in 2016 and became a smart home control center, setting off a wave of development of intelligent voice assistants. Tong Wei, product marketing manager of Dialog Semiconductor, pointed out that the company’s low-power smart home solution supports the Apple Home Kit development platform. In addition, Google and Amazon are expected to be the three major platforms in this field. In addition to the convenience and support of development, the convenience of voice assistants Alexa, Siri and Google Assistant and the richness of services are also the key points of the final application.

　　From the practical application situation, Hugo Swart, senior director of product management department of Qualcomm Atheros, said that the connected home application is actually a concrete and subtle Internet of Things, and because of the fragmented characteristics of IoT applications, networking devices with different standards will appear in the same environment. In the future, the smart three meters of long-distance WAN applications: water meter, electricity meter and gas meter will also be one of the terminal nodes of home networking, which can integrate the technologies/manufacturers of these different standard network devices.

　　Rahul Patel, senior vice president and general manager of Qualcomm’s connection technology business, said that driven by the Internet of Things, the connection technology and network architecture of home automation are rapidly changing, and the networking standards, the ecosystem of vertical fields, and the platform for output and control are all different. Manufacturers choose their favorite camps, which invisibly increases the complexity of home networks and further enhances the difficulty of users’ network use.

　　each shows his own prowess/skill

　　Qualcomm, Silicon Labs, Dialog Semiconductor and ARM are all actively proposing home wireless connection solutions. The following is a brief introduction of their technologies and products:

　　ARM

　　ARMAdvanced RISC Machines Japan

　　ARM, the core licensor of embedded processors, has launched mbed from software and hardware to cloud management platform, including mbed OS at the bottom of the system and mbed Cloud at the Internet of Things era, and then set up a wireless communication division through mergers and acquisitions to provide short-distance and medium-long-distance wireless transmission technology IP required by the Internet of Things.

　　The ARM mbed project started in Cambridge, England, and mainly cooperates with chip vendors and development board vendors to provide high integration and security in the development of IOT devices. At present, there are about 250,000 developers in mbed, and Pan Shaoqi, Asia market director of ARM IoT business group, said that through mbed, it is hoped that developers can be managed by a unified cloud platform, and unified management and firmware update can be carried out for devices. Mbed OS also provides connectivity required by the Internet of Things, from short-distance including Bluetooth low power consumption, Ethernet, Wi-Fi, Thread, etc. to long-distance 4G and NB IoT, providing complete resources.

　　ARM’s embedded core has developed smoothly in recent years and has established a very high brand awareness in the industry. Dou Zhencheng, technical marketing manager of the company’s wireless communication division, said that Cotex and Radio together are Cordio. This solution supports Bluetooth, Zigbee and Thread standards, and its application fields are also locked in smart homes and wearable peripherals. In addition, the application of smart home networking also includes some long-distance application requirements, and Cordio-N is IP for NB-IoT.

　　In the era of Internet of Things, smart home is likely to be a multi-network, multi-standard, multi-specification mixed application environment. ARM puts forward a solution especially for short-distance networks and long-distance networks, which is optimistic about the market potential of these applications, so it may happen that there are both short-distance and long-distance transmission requirements in the same node, so it is possible to share the same computing core in design and integrate different Radio)IP, so that the design of nodes can be simpler, cheaper and integrated.

　　Qualcomm Technology USA

　　The complexity of home network has increased, which makes it more challenging for ordinary users, such as the elders at home. Based on this, Internet service providers need to spend a lot of time teaching people to use the Internet, which indirectly costs a lot of customer service calls and the cost of going to the government for maintenance. In order to reduce the complexity of networking and customer service costs, network service providers should provide consumers with a more sound networking architecture as a coping strategy.

　　Rahul Patel, senior vice president and general manager of Qualcomm’s connection technology business, said that there are three requirements for network operators:

　　First, we need a platform that can automatically start and fix problems;

　　Second, ensure the security of the network environment and personal privacy;

　　Third, provide a network architecture that can cover the whole range of the home.

　　To this end, Qualcomm has launched a Qualcomm Mesh Networking Platform that combines many technologies, which can help OEMs and broadband telecom operators to provide a new generation of networked residential experience in response to the three major demands of the above operators. Devices equipped with Qualcomm mesh network platform can be designed to provide stable and consistent connection functions for various smart home devices in the home, and provide mesh system functions including voice control function, central control management and protection, and various telecom-grade networks.

　　Patel pointed out that before 2016, the usage of Mesh Router was very low, but with the increase of network complexity, the demand for Mesh Router increased. At the end of 2016, Mesh Router accounted for 23%, and it is estimated that more networked products will enter the home in 2018. It is estimated that more than 50% consumers will buy related products of Mesh Router in 2018, while the usage of standard router will decrease year by year.

　　In addition, Qualcomm also proposed a smart home solution that uses QCA 4020 tri-band system single chip (SoC) to form an IoT Hub. QCA 4020 supports Bluetooth 5 low-power version, dual-band Wi-Fi and IEEE 802.15.4, including Zigbee and Thread, which is convenient for IoT Hub to integrate all home devices in the area.

　　Qualcomm also includes Google’s voice solution support. In the future, users can add newly purchased devices to the home network by simply giving voice commands to the IoT Hub through their mobile phones, simplifying the complicated setup process. In addition, QCA 4024 is a low-power version supporting Bluetooth 5 and 802.15.4, which is a low-cost version with simplified functions and is applied to terminal Node.

　　Silicon Labs USA

　　Focusing on home automation, multi-protocol and multi-band applications connecting lighting, wearable devices and industrial Internet of Things, Silicon Labs demonstrated the EFR32xG12 Wireless Gecko solution, which functionally emphasized RF performance, enhanced secure encryption accelerator, larger memory capacity selection, internal capacitive touch and additional low-power peripheral and sensor interfaces.

　　Jason Rock, senior strategic marketing manager of IoT products at Silicon Labs, explained that the EFR32xG12 series supports Zigbee and Thread mesh networks, Bluetooth 5 and proprietary wireless fidelity. Silicon Labs realizes efficient switching between different network protocols by optimizing its wireless fidelity stack architecture. For example, equipment manufacturers can deploy and configure devices through Bluetooth on smart phones with a single chip, and then make them join Zigbee or Thread mesh networks to connect dozens or even hundreds of terminal nodes.

　　To ensure the security of IoT, EFR32xG12 SoC includes a second internal security accelerator, which is specially used for multi-protocol radio and NIST certified true random number generator (TRNG). This extra hardware encryption block runs with the latest security algorithm, which can provide higher performance and lower power compared with traditional software construction. Jason Rock emphasized that the security of networking devices is becoming more and more important, and the Thread standard adds more security protection specifications to prevent hackers or network security hazards in the Internet of Things.

　　Bruce Bharat, marketing director of networked control products of Acuity Brands Lighting Company (the market leader of indoor and outdoor lighting, control and energy management solutions), said: "Multi-protocol connection brings more advanced functions, which helps us simplify the design of networked lighting control, while meeting the consumer’s demand for easy installation and online update to extend the product life. Silicon Labs’ Wireless Gecko platform provides us with multi-protocol SoC, modules, robust software protocol stack and powerful development tools, which can help our network-controlled LED devices and control products to go to market quickly. "

　　Dialog Semiconductor USA

　　Smart home applications are all-encompassing, and Dialog’s applications for the company are divided into four categories:

　　The first control applications include Smart Plug, Smart Lighring, Remote Control, etc.

　　The second type of security applications include Smart Door Lock, Door and Windows Sensor and smoke detector (Smoke/Co).

　　The third kind of energy applications include air conditioning (HVAC), Thermostat and sensor.

　　The fourth category of comfort applications includes Smart Appliance, Proximity Tag, Beacon and so on.

　　The above four types of applications have different requirements. Tong Wei, product marketing manager of Dialog Semiconductor, explained that safety applications pay attention to reliability, safety, low power consumption, miniaturization and quick response time, while energy applications pay attention to reliability, safety, low power consumption, advanced sensor support and miniaturization, while comfort applications require reliability, safety, low cost, advanced sensor support and quick response time, while control applications emphasize reliability and quick response time.

　　At present, Dialog has provided DA1458x series and DA14680 products supporting Bluetooth standard; With low power consumption, small size and low system cost, DA1458x series is suitable for simple applications such as Beacono and inductive tags. DA14680 is a wearable device single-chip solution, which integrates Bluetooth, MCU and charging functions, and can complete a complete wearable solution only by matching sensors and batteries.

　　summary

　　The complex environment and fragmented application characteristics of the Internet of Things are a major bottleneck at present, so it should be a breakthrough to focus on families with relatively small scope but closely related to everyone’s life.

　　If we can solve the problem of fragmentation, interoperability of different standards and integration of different devices, and develop a complete mesh network at home, then the vision of smart home will no longer be just a slogan, and even contribute to the application and development of larger Internet of Things in the future.

A cartridge heater is a tube-shaped, industrial heating element that can be inserted into drilled holes. Cartridge heaters provide localized and precise heating and are commonly used in t he heating process industry. Typically, cartridge heaters are used to heat a metal block from the inside and can be custom manufactured to a specific watt density based on the requirements of the application.

　　

　　Cartridge heaters are most frequently used for heating metal parts by insertion into drilled holes. For easy installation, the heaters are made slightly undersize relative to their nominal diameter.

　　A cartridge heater consists of resistance coil wound around a ceramic core that is surround by dielectric and encased in a metal sheath. Powered heat t ransferred through the coil to the sheath causes the sheath to heat up. This heat is then transferred to the inside metal part requiring heat.

　　To fit a cartridge heater in a low or medium temperature application (600°F or less), general purpose drills are usually adequate for drilling holes. Holes can be drilled .003” to .008” over the nominal size of the drill, resulting in fits of .009” to .014.” While this fit is slightly looser than would permit optimal heat transfer, it aids in the installation and removal of the cartridge heaters, especially those with long sheaths. At high watt densities, a close fit is much more important. The holes should be drilled and reamed rather than just drilled with a general purpose bit. With a tighter fit, the heater will run cooler and have a longer life expectancy.

　　Cartridge heaters can operate at low, medium, and high watt densities. They are designed to withstand a working temperature of up to 1400°F. However, the optimal operating temperature will depend on the application for which you are using the cartridge heater.

　　It’s also important to note that there are multiple factors, such as the cartridge heater watt density, the tightness of the cartridge inside the hole, and the thermal conductivity of the material being heated, that can impact the actual temperature of an industrial heater and the monitored temperature of a material during the heating cycle. For high temperat ure applications, such as those above 1000°F, incoloy sheathes are recommended for maximum heat transfer and durability.

　　It is also important to consider the electrical termination of a cartridge in regard to the operating temperature. When cartridge heaters are used at r elatively high temperatures, the electric terminals should either be different than the common high temperature lead wires or the cartridge should be designed in a manner that the temperature around the lead wires is maintained at a lower temperature than the temperature limit of the lead wire.

　　Cartridge heaters are most frequently used for heating dies, platens, molds, and other metal parts by insertion into drilled holes. They can also be used in liquid immersion applications. Below are some examples of specific applications:

Heating gases and liquids

Hot runner molds

Hot stamping

Laminating presses

Medical equipment

Semi-conductor

Plastic molding

Scientific equipment

　　The sensor for the temperature control is also an important factor and should be placed between the working surface of the part and the heaters. The te mperature of the part approximately 1/ 2" away from the heaters is used in selecting maximum allowable Watt density from the graph. Control of power is an important consideration in high Wat t density applications. On-off control is frequently utilized, but it can cause wide excursions in the temperature of the heater and working parts.

　　Thyristor power controls are valuable in extending the life of high Watt density heaters, since they effectively eliminate on-off cycling. There are a variety of temperature controllers and sensors one can use depending on the application. One of the more popular sensor types for cartride heater applications are the surface mount temperature sensors. Thermocouple, RTD or Thermistors are available with an adhesive backing or the ability to be cemented to the surface being heated.

　　There also bolt on and magnetic surface mount type temperature sensors available. Digital temperature controllers come in many different sizes with man y output and input choices. Thermcouple and RTD inputs are the most popular with a dc pulse output. DC pulse ouputs allow the user to go to a larger re lay to switch the heater load and use proportional control versus on/off control which can shorten the heater life.

　　Determining Watt Density

　　The term "Watt density" refers to the heat flow rate or surface loading. It is the number of Watts per square inch of heated surface area. For calcuala tion purposes, stock cartridge heaters have a 1/4" unheated length at each end. Thus, for a 1/2" x 12" heater rated 1000 Watts, the Watt density calculation would be as follows:

　　Watt Density = W / (Π x D x HL)

　　Where:

　　W= wattage = 1000 W

　　Π = pi (3.14)

　　D= diameter = 0.5 inch

　　HL = Heated Length = 11.5 inch

　　Watt Density = 1000/(3.14 x .5 x 11.5) = 55 W/in

　　The majority of applications do not require maximum watt/ in2. Use a watt density only as high as needed. Take advantage of the safety margin provided by using ratings less than the maximum allowed. Select spa ce heaters for most even heat pattern rather than the highest possible wattage per heater.

　　At medium Watt densities, general purpose drills are usually adequate for drilling holes. Typically, these result in holes .003" to .008" over the nominal size of the drill, resulting in fits of .010" .015". Of course, the tightest fit is desirable from a heat transfer standpoint, but somewhat looser fits aid in installing and removing cartridge heaters, especially long ones. Holes drilled completely through the part are recommended to facilitate removal of the heater. After drilling, clean or degrease the part to remove cutting lubricants.

　　At high Watt densities holes should be drilled and reamed, rather than just drilled to final diameter with a general purpose drill. At high watt densities, a close fit is important. The fit is the difference between the minimum diameter of the heater and maximum diameter of the hole. For example, at 1/2" diameter an OMEGALUX cartridge heater is actually .498" plus 000" minus .005". If this heater is placed in a hole which has been drilled and reamed to a diameter of .503" – .493" = .010").

When it comes to metal stamping, the united states is one of the larget industry.

　　

　　Everyone wants to get into their market, but only those of the best question are acceptable.

　　I am very familiar through their products and it is quite different to get into the top in the world.

　　But, I Made the Top 10 Metal Stamping Companies in the us list with a lot of research.

　　According to what I have compiled, each of the companies on it has a great reputation in the world.

　　

　　

　　

　　Arrange a quote and be amazed by our metal stamping service.

　　Micpro Precision Co LTD

　　In Production Parts for the Medical Industry.

　　

　　, Andotomotive Industries. The Company Operates Globally, with Over 40 Years’ Experience in Stamping Metals.

　　

　　Integrity Manufacturing Can Be Your Go-To ManuFacturer for All the Services You NEED, from Soup to Nuts.

　　

　　It is Also Great to Know that Integrity ManuFacturn is a female-wened company.

　　, All of which provides, products, and a short leads, at an affordable cost.

　　

　　as Brackets, Bushings, CLIPS, Terminals, and Shields.

　　USING Their EDM and CNC Machines, Keats Can Maintain A Tight Tolerance of Up TO 0.0005 ″ Throughout the Entire Metal Stamping Process. They have Three Facilities.

　　

　　And design to polchase and deliverly, all the way through to post-delivery assistance.

　　

　　This manuFactuer is is is is is is is is is is is is is is is is is is is is is is is ISO 9001 Certify. Certainly, Matener ’s DeCade of Experience in Metal Stamping Will PROVIDE You With Cost Savings on Your Stamping NEEDS.

　　To a variety of indultries.

　　To be female-wened.

　　Then, then

　　-welded materials.

　　If you are in the automotive industry, consider thai summit.

　　To the automotive, Marine, Alternative, Hardware, Metal Stamping Die ManuFacturers and Appliance Industries.

　　To Meet CustomEreneds, They Provideo Engineering, Design, A2LA-ACCREDITITED TESTING, and Manufacturing Services Globally, with Offices INEUROPE and CHINA.

Dual Digital Temperature Humidity Controller Home Fridge Thermostat Humidistat Thermometer Hygrometer XK-W1099 AC110-220VThe product is shipped based o n the color or size of the main image of the product page.It’s perfect for various household, institutional & industrial heating and cooling applications.Features:Be able to control temperature and humidity at the same timeBe able to connect with humidifier an d dehumidifier equipment at the same timeBe able to connect with refrigeration/ heating and humidifier/dehumidifier equipment at the same timeHeating/ Cooling function could be set separately for refrigeration and heating to protect temperature controller from violent change. Same as humidity ControlSupporting Temp and Humidity Calibration[Dual Display Window] Be able to display measured temperature/humidity and set temp/ humidity at the same timeSpecifications:Display Type: DigitalMaterial: ABS+PCBInput voltage: AC110~220V 10%, DC24V, DC12VMeasuring temperature range: 0C+80CMeasuring humidity range: 1%RH+99%RHAccuracy: 1, 0.1%RHRelay output contact capacity: 10A Direct OutputSensor length: 1mItem Size: 7.5*5.5*3.1cm / 2.95*2.16*1.22inItem Weight: 93g / 3.28ozSet startup temperature( hunidity):Press the

　　

Categories of Personal Information

　　

　　Disclosed to Which Categories of Third PARTIES for Operational Business Purposes

　　Identifiers, Such As Name, Alias, Contared Information, Unique Personal Identifiers, And GoverNMENT-IDIFIERS (E.G., Social Security Number)

　　aFFILIATES; Service Providents ("SUPPLIERS");

　　

　　AFFFILIATES; support; Professional Advisors; Business Partners; Legal Authorities

　　

　　AFFFILIATES; support; Professional Advisors

　　Biometric information, such as fingerprints

　　AFFFILIATES; support; Professional Advisors

　　Internet or Network Activity Information, Such As Browsing History and Internet

　　AFFFILIATES; support; Professional Advisors

　　Geolocation data, all as device local, vene locality and ip local

　　AFFFILIATES; support; Professional Advisors

　　, Along External Building Perimeters, and in Indoor Public Areas, as Permitted by Law.

　　AFFFILIATES; support; Professional Advisors

　　Education Information Subject to the Federal Family EducationAl Rights and Privacy Act

　　AFFFILIATES; support; Professional Advisors

　　, And Other Benefit Program, Services, and Products to Which you and your dependents and beneficiaaries to

　　AFFFILIATES; Suppliers (Including HealthCare Suppliers); Professional Advisors;

　　Inferencess Drawn from Any of the Personal Information Listed Above to Create A Profile or Summary About, for Example, An Individual ’s Preferences

　　AFFFILIATES; support; Professional Advisors

　　

Talos threat researchers say that Russian hackers behind VPNFilter attacks are targeting more vendors’ devices, including network devices from ASUS, D-Link, Ubiquiti, UPVEL and Communication. Malware is also more dangerous than originally thought. Talos researchers wrote in the update of VPNFilter that a newly discovered module allows attackers to cross the route and enter the victim’s network.

　　

　　In late May, researchers first disclosed details about malware. It infects at least 500,000 storage devices worldwide. The affected devices include MikroTik, TP-Link router and QNAP Network Attached Storage (NAS).

　　APT28 is a hacker organization sponsored by Russia, also known as Fancy Bear. Its malware attacked 54 countries, including the United States. Fancy Bear was one of two Russian teams responsible for hacking during the 2016 US presidential campaign.

　　Shortly after Talos was made public due to the threat of malware, the FBI received an order from the court to seize some domain names belonging to the VPNFilter malware command and control infrastructure. This essentially redirects the attack of malware to FBI control.

　　This week, security analysts said that the attack was worse than they had realized. Talos said that current research shows that Cisco routers have not been affected. Symantec Security Response Team released a complete list of affected devices.

　　The work of this malware is divided into three stages, and the new third stage module is to inject malicious content into network traffic when it passes through network devices.

　　According to Talos, the new third-stage module "allows attackers to attack the terminal through the man-in-the-middle function (for example, they can intercept network traffic and inject malicious code into users without their knowledge). With this new discovery, we can confirm that the threat is beyond the scope of the attacker’s operation on the network device itself and extend the threat to the network supported by the damaged network device. "

　　In addition to enabling hackers to monitor network traffic and carry out attacks, this feature also allows malware to change HTTPS requests into HTTP requests, "which means that encrypted data cannot be sent safely", Symantec said. "This can be used to obtain certificates and other sensitive information from the victim’s network."

　　This does not mean that malware can successfully exploit endpoints, as pointed out in another blog. "This just means that users can try to exploit this vulnerability if they visit a damaged website, click on a malicious link or open a malicious email attachment." Cisco, Juniper and Symantec are all members of Cyber Threat Alliance, a threat intelligence sharing organization.

　　In addition, the third stage module can also delete all traces of VPNFilter from the device, and actually block the router, making it unusable.

On Friday, State Coroner Nakhoda Noted that the Model of the Water Heater in the Case Had Been Approved for Use in Singapore.

　　

　　

　　

　　Descriping the case as a "true track account", he stresset that such appliances should be properly Installed to the specifications of manualTures.

　　State Coroner Nakhoda Said Mr Omar, who was found in the bathroom, was electrocuted when he was taking a shower.

　　MADAM Asmah Suffered a Similar Fate after She Rush in to Help Him.

　　Mr Ashikin, Who Arrived at the Flat Later, WAS ALSO ELECTROCUTED WHE TON He TRED to Help His Pares.

　　Following the Tragedy, The Elderly Couple’s Daughter Told Investigators She Did Not Know Who Had Installed the Water Heater.

　　In an Earlier Proceeding, The Court Heard that a Three-Pin Plug Connected to An Electrical Socket Had Been user.

　　Senior associate Engineer Goh Chin FONG from the Energy Market Authority Testified in March that the Heater Should Have Been Connected Directly-POLE SWITCH Instead of A Wall Pall

　　Mr Goh, Who Had Given Expert Testimony, Description a Double-POLE SWITCH As one with an "on-off switch with an on-off light".

　　When INVESTIGTORS DISSSSBLED The WATER Heater’s Three-Pin Plug, They Found that the Neutral and Earth Cables Had Fusether.

　　This caused the current to flow back to a heating tank in the water heater, Energising RCCB a metallic hose connected to the time.

　　Mr Goh Said The Cables in the Three-Pin Plug Could Have Fusether BeCAUSE of Overloading.

At Calco Electric, we supply High Temperature Thermostats for heat treating facilities. Commonly called blast thermostats, these range from 300 °C to 460 °C.

　　

　　High-Temperature Thermostats are typically installed in metal companies, tubing businesses, pottery kilns, and industrial businesses. Accurate, quality high-temperature thermostats are important for safety and efficiency in these industries.

　　The contact resistance is less than 100 mΩ, with 1b contact. Its Insulation Resistance is more than 100 MΩ for lead and case at DC500V. The thermostat’s insulation voltage amounts to AC2000V for 2 seconds between leads and case AC500V. These apply to one minute from Contacts with 10Ma leakage current.

　　Our High Temperature Thermostats are long-lasting. They handle 100,000 operations at the Insulation Resistance and Insulation Voltage.

　　There are specific safety precautions that must be taken with these High-Temperature Thermostats. They must have a power supply voltage and current tha t meet the needed range. They also cannot be subject to flammable objects or glasses, combustible dust or explosives, saltwater spray, and water drops.

　　Our staff is trained and experienced in thermostats. No matter your question or concern about our products, we can answer them. Request a quote today, or ask us questions about which thermostat is best for your project.

　　Calco Electric Corp. is dedicated to providing our customers with the latest technological advancements in thermal control design. Our wide range of th ermal controls serve a variety of industries including HVAC, food services, home appliance manufacturing, and more. With over 25 years of experience,  you can count on receiving accurate information about your specific thermal control application. Contact us today!