Johnson Electric offers a wide range of power pump subsystems, utilizing various motor technology platforms. Our synchronous, high voltage DC, and EC pumps are engineered for high power, low noise, and long-life performance.

We provide customized applications engineering to adapt and enhance performance based on unique design requirements. With the acquisition of Stackpole International, our automotive pump portfolio now includes engine and transmission pump technologies, complementing our market leadership in fuel and washer pump applications.

Additionally, we deliver durable and reliable valves and cartridges for combi boilers and metering applications, ensuring safety through vertical integration and our proven production system. Trust Johnson Electric for innovative solutions across industrial sectors.

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TIPPMATIC® is the latest generation of energy saving automatic shut off switches designed for home technologies, appliances and commercial coffee machines. These technologies exceed the European Eco-Design Directive ErP requirements and reliably eliminates stand-by energy losses in the home and restaurant environment.

The TIPPMATIC product line includes configuration options that address the varied functional requirements of different appliance designs and is customizable for easec of integration. Switches are approved according to the standards of UL 1054, EN 61058-1 and UL 61058-1. Additional approvals such as CSA and CCC are available on request. Approval marks specified in series or product overviews are product related, the exact approval marks are specified on our technical drawings.

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Marketed under the Ledex Brand, Johnson Electric offers a diverse range of rotary and linear solenoids. These industry leading products include our high speed, short stroke rotary actuators such as the BTA and Ultimag series and our long life, medium stroke linear actuators including open frame, tubular and low profile solenoid product families.

From very large rotary versions found in material handling to our smallest open frame linear part numbers used in precision diagnostic equipment, we offer long life, quiet operation, battery operation and magnetic latching solutions. Our broad portfolio of product technologies is custom engineered to meet the requirements of each application.

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Data centers are handling and analyzing enormous amounts of information daily. As data generation increases, the heat generated by the data center indispensably increases. This excess heat generated by data centers can harm the hardware including Central Processing Unit (CPUs) and Graphic Processing Unit (GPUs), reducing their performances, or causing complete failures. To ensure optimal operation, it is crucial to select the right cooling solution.

Market Trends:
According to the (Technavio report 2023), the global market for cooling data centers is projected to increase from USD9.5 billion in 2020 to USD22.6 billion by 2025, with a Compound Annual Growth Rate (CAGR) of 18.0%. However, the high energy consumption associated with data center cooling contributes to increased carbon emissions and energy costs. Therefore, businesses are seeking eco-friendly and energy-efficient cooling technologies, such as free cooling, liquid cooling, and artificial intelligence (AI).

Free Cooling:
One of the most popular methods for cooling data centers is free cooling, which utilizes outer air to cool the center, as opposed to traditional air conditioning. However, technology is not suitable for all climates. For instance, in humid areas, free cooling may cause condensation that damages the hardware or necessitates additional cooling during warmer periods.

Liquid Cooling:
Liquid cooling is gaining popularity in data centers due to its efficiency. Liquid coolant is used to remove heat from the hardware, as liquids offer higher thermal capacity than air resulting in reduced energy consumption. Additionally, liquid cooling fans are quieter than traditional air-cooled fans. As a result, many data centers are turning to this technology to improve their cooling efficiency.

Liquid cooling systems can be classified into two types, namely direct and indirect. Direct liquid cooling involves direct contact between the liquid and hardware, removing heat directly from the source. On the other hand, indirect liquid cooling uses the liquid to cool a heat exchanger, which draws heat from the hardware. Although direct liquid cooling is more effective in removing heat directly from the source compared to indirect liquid cooling, it may require a higher implementation and maintenance cost.

AI-Based Cooling:
AI-based cooling systems utilize sensors to analyze data and optimize temperature and humidity levels within data centers. Furthermore, the systems can predict and prevent potential cooling issues. Implementing AI-based cooling system can reduce energy consumption and enhance cooling efficiency. However, it may involve significant upfront cost and ongoing AI Algorithms development to ensure the accuracy of the real-time data.

In Conclusion, selecting the appropriate cooling solution based on business needs is vital for data centers to ensure optimal performance, reduce energy consumption, and minimize the risk of hardware damage and downtime.

As an industry leader, Johnson Electric offers liquid coolant pumps such as WP80 BLDC Coolant Pump using Brushless DC (BLDC) motors technology and on-board electronic controls that provide intelligent pump operation and safety features.

The Brushless DC (BLDC) motors, with their exceptional features such as speed stability, high efficiency, reliability, and long lifespan, are considered the most suitable option for pump drives in Coolant Distribution Units (CDUs) utilized in data centers. The brushless motor technology is highly compatible with in-row or rack-mounted CDUs and on-board electronic controls, offering intelligent pump operation and safety features for major automotive OEMs and Tier 1 suppliers in Europe, America, and Asia.

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General Use Of Microswitches:
Microswitches have become indispensable in the sensing and control industry for controlling electrical signals. With years of experience, Johnson Electric has supplied billions of microswitches used in home appliances, industrial equipment, automotive applications, agricultural machinery, and control systems worldwide. In most applications, the requirements for the switches are quite simple: they consist of at least two contacts, a common contact with either a normally open contact or a normally closed contact, connected to a snap-action mechanism to switch between the contacts and turn devices on and off. While these switches can operate safely and reliably in general applications, they have limited capabilities in various harsh environments. For this reason, sealed microswitches emerged as a viable solution. Sealed microswitches are basically the same as un-sealed microswitches with the addition of a protection against dust or moisture to enter the switch and reach the contact system.

Microswitches in Home, Industrial, or Automotive Applications:
The requirements for switches, however, can be extremely demanding in environments with high humidity, such as certain household appliances (dishwashers, coffee machines, etc.) or in industrial and automotive applications. Besides water, oil and dust can have a major impact on the applications, sudden temperature changes can also affect the proper functioning. It requires a high degree of sealing to ensure that the switches work without any problems. For example, this sealing should not only withstand the standard temperature range of -40°C to +85°C, but also function at higher temperatures or unexpected temperature drops. These specific applications therefore require a balanced and customized solution in sealing technology, regarding materials, switch- and seal design.

Sealing Technology:
To achieve sealing against dust or water, a "flexible" membrane must be fitted on all switch parts that have an open connection between the internal mechanism of the switch and the outside world. Such parts may be the plunger, the housing parts, or the terminal outputs. In the case of the plunger, the membrane must be flexible; in other areas, a more rigid seal may be sufficient. Consequently, for the microswitch to be manufactured properly and to ensure its function for a long time in harsh environment, the choice of sealing materials is crucial. Adding a seal to a microswitch affects its operating characteristics. In the case of the plunger, adding a seal usually increases the operating force. On the terminals, the seal can limit the soldering time to prevent overheating.

To provide a high-quality seal, Johnson Electric uses either a seal ring mounted separately on the plunger or twin-shot technology to provide housing parts with built-in seals. Different technologies are used for the housing parts and terminals. For example, either by ultrasonic welding of housing parts or by applying a special glue. By applying these solutions, the microswitches can be qualified with the IP67 degree of protection. When open terminals are used, IP protection is limited to the top or plunger side.

Johnson Electric Offer:
Johnson Electric's qualified switches are used to accurately detect the position of mechanical components in industrial and household applications. Additionally, to ensure 360-degree protection of the microswitch, Johnson Electric offers the option of adding moisture protection on the terminal side with lead wires soldered to the switch terminals. These lead wires are then routed through a cable box and potted to ensure IP67 protection on the terminal side. If the switch is UL approved the wires must also be UL approved. The final microswitch product is an IP67-protected switch with an operating temperature range between -40°C and +85°C according to UL61058 and even up to +125°C on demand.

Sealed switches are available in a wide range of sizes and ratings. The most common series are L16, V4NS, F1NS, V3S, 4BR, V9N and TS sealed switch families. Except for the TS, all other switches can be supplied with regular levers or terminals. All mentioned switch families have a UL or/and ENEC approval.

Conclusion:
Johnson Electric can offer you a complete program of sealed switches. The features of these switches include compact size, high lifetime, a high level of protection, and increased electrical properties, etc. There are different types of microswitches, but their selection depends on the requirement. To support you with the correct switch selection please contact our sales department for more information.

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Johnson Electric, the world leader in micro motors, offers custom engineering solutions based on a wide range of low voltage DC and high voltage DC motor platforms.

The low voltage DC platform provides power density and compact packaging options.

The high voltage DC range provides power density and space saving advantages versus traditional AC motors in similar applications.

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Johnson Electric offers a wide range of motors precisely engineered to meet the performance demands of specific AC applications, including home technologies, garden equipment, electric starters and ventilation products.

Various motor technologies, Universal, Shaded Pole and Synchronous, are selected to best match critical power, size, speed and torque requirements and are customized to satisfy the specific performance challenges of our customers.

We continue to advance AC motor technology to bring differentiation to our customers' products. Our latest technology breakthrough is the Quattro Pole motor which packs more power into a smaller space with higher efficiency.

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Johnson Electric offers a range of manually operated switches under the Baer brand including rotary, rocker, pushbutton, and momentary switches.

The flagship product line within our Baer switch range is the TIPPPMATIC® series. These automatic shut off switches range from a basic timer to an intelligent microprocessor based switch that can be integrated with an end product's control unit. Baer products are selected by industry leaders whose premier brands demand unequalled performance and quality.

We are continually integrating more functionality within our switches and customizing the human interface to match contemporary trends in product design. Johnson Electric R&D is focused on providing ongoing differentiation to our customers.

Switches are approved according to the standards of UL 1054, EN 61058-1 and UL 61058-1. Additional approvals such as CSA and CCC are available on request. Approval marks specified in series or product overviews are product related, the exact approval marks are specified on our technical drawings.

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Johnson Electric is a leader in microswitch technology with its precision microswitches under the Saia brand and its industrial rated microswitches under the Burgess brand.

Our microswitches are offered in Ultraminiature, Subminiature, Miniature and Standard series. Within these product series, the microswitches are segmented by power rating, temperature rating, operating forces, environmental specifications and packaging.

Many of the switches are custom engineered for specific industry applications. Saia and Burgess products are selected by industry leaders who require 100% consistent and accurate performance in critical functions as are found in vending machines, and ATM's. For safety related applications in industrial and materials handling equipment, Saia and Burgess products are the perfect choice.

Our microswitch product lines are constantly evolving to define the leading edge in technical performance and human factors. We are continually integrating more functionality within our switches and customizing the human interface to match contemporary trends in product design. Johnson Electric R&D is focused on providing ongoing differentiation to our customers.

Switches are approved according to the standards of UL 1054, EN 61058-1 and UL 61058-1. Additional approvals such as CSA and CCC are available on request. Approval marks specified in series or product overviews are product related, the exact approval marks are specified on our technical drawings.

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Enquiry Form: https://www.epreston.co.uk/contact/

Home Page: https://www.epreston.co.uk/epblog/