Insulated and finger proof, flame retardant to UL94 V0; CE, cURus, and VDE approved
New rectangular semi-enclosed PCB fuse holders are now available from Hylec-APL, the specialist supplier of electrical components and enclosures. Manufactured from flame-retardant UL94 V0 Polyamide in accordance with IEC 127-6, these fuse holders are a high quality, competitively priced product which comply with multiple approval standards, including the latest EN Glow Wire Test standards at 850degC. The fuse carriers and retainers are finger proof to avoid damage to the fuse during placement on the PCB. Enclosed contacts are a further feature of the new rectangular fuse holders, again safeguarding them from damage during assembly.
Designed for PCB mounting on a 22.6mm pin pitch, with a PCB hole size of 1.5mm, the DFH14N fuse holder (including spigot) and the DFH14HBN fuse carrier are rated to 6.3A/250V. Contact material is tinned nickel plated brass and contact resistance is <5mΩ. Power dissipation is 2.5W and dielectric strength 3KV/60°. Insulation resistance of the DFH14N fuse holder (including spigot) and the DFH14HBN fuse carrier is 100mΩ.
The rectangular fuse carrier and retainers are available in black and green. Hylec also manufactures a very wide range of PCB terminal blocks in various colours, including black, green and orange.
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The Millenium Evo is a complementary addition to the Crouzet Automation product line and sits between the popular Millenium 3 and the more complex em4.
Features f the Millenium Evo include:
• Easiest and most intuitive visual programming software
• Twice as much memory capacity than competitors (up to 1000 function blocks)
• Ready to configure communication protocols
• Supports complex data processing with its 32-bit capacity
• Allows you to combine function block and SFC programming
• Organise your program with custom icons, images and text comments
• Create your own macros or use pre-programmed application blocks
Crouzet YouTube Video ---> Features & Benefits of Millenium Evo
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Laminated AC Linear Solenoids from Johnson Electric have a T-shaped laminated designed plunger and laminated steel frame. This platform has the unique ability to hold an exceptionally heavy load with quiet operation. To minimize the humming or chattering of most AC solenoids, the contact surfaces of the laminated frame and plunger are machined to provide a smooth and flush contact surface.
Our Super-T Laminates are products developed from years of engineering, research and manufacturing experience. Available in various frame sizes with life up to 100,000 cycles and a variety of plunger and coil arrangements, this platform is ideal for most very high force AC applications including industrial equipment, business machines home technologies and HVAC.
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Johnson Electric’s linear open frame solenoid technology consists of an open iron frame, an overmolded or taped coil, and a movable plunger in the center of the coil. This platform is available in AC and DC versions and in two frame styles, the C Frame style, in which the coil is enclosed on side, and the Box Frame style in which the coil in enclosed on two sides. The Box Frame style provides slightly higher force output and higher resistance to environmental conditions. Open Frame Solenoid technology offers an economical design for high volume applications, continuous or intermittent duty, and on/off operation common in applications such as vending machines and automated door locks. This technology offers life up to 5 million cycles and a variety of size, force and stroke options. Custom designs can significantly increase life performance.
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Johnson Electric’s extensive platform of tubular solenoids provides high force for short stroke applications and is ideal for applications that require long life and high reliability. The STA technology is constructed with a low friction system bobbin which ensures life of 25 million actuations. The customizable STA platform is available in a variety of sizes in both push and pull engagement which is well suited for lock/latch operations. The STA Series provides high resistance to shock and vibration to withstand extreme ambient conditions and is also available in magnetic latching versions.
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Johnson Electric’s SoftShift linear solenoids provide slow, smooth position control or high speed snap action operation. SoftShift solenoids have a unique construction which allows easy transition from snap action to variable positioning. Using the same power, starting force is three to five times higher than standard solenoids at the fully de-energized position. This is advantageous for starting inertial loads or detent mechanisms, and for conserving electrical power. This solenoid offers quiet operation, high power density, and a variety of sizes. Custom engineered solutions ensure that exact application requirements are met. With life of 10 million cycles, the SoftShift platform is ideal for applications requiring closed loop velocity and position control.
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Johnson Electric’s Low Profile Linear DC Solenoids offer extremely compact design which optimizes the magnetic flux path for maximum force versus stroke characteristics. The construction of the plunger assembly provides an auxiliary flux path which permits a significant increase in force. The reliability and high performance of the low profile design make it an ideal choice for applications in which consistent, reliable operation is critical. Long life operation with very high force in a small package make the Low Profile Linear DC Solenoid technology idea for a variety of applications including pumps, packaging equipment, and instrumentation & testing equipment.
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Johnson Electric’s Ultimag® rotary actuator technology offers a bidirectional, center return function not found in traditional rotary solenoids. The Ultimag platform is substantially faster than other solenoids, and can be operated in an on/off mode or proportionally, in both open and closed loop systems. Ultimag actuators offer a 45° stroke; however, the design is capable of a maximum stroke of 160°. For shorter strokes, electronic or mechanical stops can be used. This technology is ideal for applications requiring high speed and high torque motion control often found in industrial, business technology and medical applications.
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Johnson Electric’s BTA actuator platform offers high speed controllability in rotary stroke applications. The BTA has a single phase coil with three stator poles and matching rotor pole. When the coil is energized, the poles align along the flux path. The three pole design allows a stroke of up to 45°. Since BTA technology does not require full stroke actuation, stops can be used to attain maximum life as well as optimum stroke / torque capacity.
Using simple pulse width modulation to control coil current, the BTA allows open or closed loop velocity and maximum position control. The BTA platform offers quiet operation due to the soft, shock-free cycling which eliminates the noise associated with end-of stroke mechanical stops. Very quiet operation, long life in excess of 100 million actuations and high power density make the BTA product family ideal for high speed, high throughput diverting and sorting applications that require low noise and zero downtime.
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Johnson Electric is the world leader in Rotary Solenoid technology. Rotary solenoids are electromechanical devices that convert linear motion to rotary motion by virtue of three ball bearings that travel down inclined raceways. When the coil is energized, the armature assembly is pulled towards the stator and rotated through an arc determined by the coining of the raceways. These extremely high speed actuation devices provide very long life operation for the most challenging applications. With operating life up to fifty million cycles, a wide variety of sizes and custom engineering for life, speed, environmental conditions and torque requirements, the Rotary DC solenoid is ideal for a variety of markets and applications including door lock, vending machines, industrial automation and medical diagnostic equipment.
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© E. Preston (Electrical) Ltd 2025.
UK distributor of electrical and electronic components.