Oscillators - Import export

The STMicroelectronics M4T28-BR12SH1 is a battery-backed real-time clock (RTC) and crystal oscillator module. It is designed to provide a reliable timekeeping solution for embedded systems. The module combines a lithium battery, a 32.768 kHz crystal oscillator, and a low-power CMOS RTC circuit in a single package.

The ultra-miniature 32.768kHz CXOXULP oscillators use an AT-Cut crystal for tight stability and also have a low current consumption, typically 15µA. A fast start-up time (15ms) and tight frequency stability (±30ppm to ±100ppm) over a wide temperature range. This is a Statek product manufactured by Statek Inc, America. Contact Euroquartz Sales or Technical for details. Ultra-low current consumption (typically 15µA) Fast start-up (typically 15ms) Tight Tolerance High Shock Resistance Low Ageing Full military testing available

CXOMK oscillators are miniature, surface mount units packaged in a 6.5 x 5.0 x 1.5mm package. Ultilizing the latest advancements in production technology, the CXOMK oscillator is capable of achieving close tolerance frequency calibration and high stability over a wide temperature range. High shock resistance. The part is available with full 'MIL' testing if required. This is a Statek product designed and manufactured by Statek Inc, USA. Contact Euroquartz Sales or Technical for details. CMOS/TTL Compatible High shock resistance Optional Enable/Disable with Tri-State Low EMI emission Full military testing available Hermetically sealed package

The ProArc WO-15 oscillator is perfect for automated arc manipulation by use of mechanical arc oscillation. It's suitable for MIG/MAG automate processes in heavy fabrication industries. There are four adjustable parameters (oscillation width, oscillation speed, oscillation dwell time on both ends) which controlled by simple control panel. ProArc WO-15 oscillator can work as stand-alone device or be a part of more advanced welding system.

It's suitable for MIG/MAG automate processes in heavy fabrication industries. There are four adjustable parameters (oscillation width, oscillation speed, oscillation dwell time on both ends) which controlled by simple control panel.

-Dust protected strong mechanical structure -Feature of positioning welding head on 1,2 or 3 lines -Feature of oscillation on 1, 2 or 3 lines -Enable to work on different axis without mechanical adjustment -Enable to be used in Submerged,Inert gas or TIG -Enable to integrated with automations systems -“OLED” screen which all the parameters can be seen.

CXOL oscillators are ultra-miniature (32. x 1.5mm), ultra-low current quartz crystal oscillators with a typical start-up time of 200ms. Hermetically sealed in a highy reliable ceramic housing, these oscdillators are available over a wide range of input voltages (1.2V ~ 5.0V). This is a Statek product manufactured by Statek Inc, America. Contact Euroquartz Sales or Technical for details. Ultra-low current consiumption Typical start-up time of 200ms Typical Rise/Fall times of 25ns Hermetically sealed ceramic package Optional output enable/disable with Tri-state Full military testing per MIL PRF 55310 available Supply 1.2 to 5.0V Enable/Disable included

The robust OAC vibratory feeder coil series consists of a UI core and two excitation windings connected in series. Continuous controllability via drive voltage and/or frequency, high power ratings and optimally minimized eddy current losses characterize the electromagnet. The direction of oscillation is achieved by the geometric arrangement of the springs. The useful oscillation amplitude corresponds to twice the amplitude of the oscillation frequency of the overall system. OAC oscillating solenoids from Kendrion are used in spring mass systems to generate directional, linear oscillating movements. The vibratory feeder coil is available in 16 different sizes with universal mounting options and is supplied without a spring mass system. On request, the OAC series are also available with a base plate for mounting or a KTL coating for increased corrosion protection.

The robust OAC vibratory feeder coil series consists of a UI core and two excitation windings connected in series. Continuous controllability via drive voltage and/or frequency, high power ratings and optimally minimized eddy current losses characterize the electromagnet. The direction of oscillation is achieved by the geometric arrangement of the springs. The useful oscillation amplitude corresponds to twice the amplitude of the oscillation frequency of the overall system. OAC oscillating solenoids from Kendrion are used in spring mass systems to generate directional, linear oscillating movements. The vibratory feeder coil is available in 16 different sizes with universal mounting options and is supplied without a spring mass system. On request, the OAC series are also available with a base plate for mounting or a KTL coating for increased corrosion protection.

The robust OAC vibratory feeder coil series consists of a UI core and two excitation windings connected in series. Continuous controllability via drive voltage and/or frequency, high power ratings and optimally minimized eddy current losses characterize the electromagnet. The direction of oscillation is achieved by the geometric arrangement of the springs. The useful oscillation amplitude corresponds to twice the amplitude of the oscillation frequency of the overall system. OAC oscillating solenoids from Kendrion are used in spring mass systems to generate directional, linear oscillating movements.

The robust OAC vibratory feeder coil series consists of a UI core and two excitation windings connected in series. Continuous controllability via drive voltage and/or frequency, high power ratings and optimally minimized eddy current losses characterize the electromagnet. The direction of oscillation is achieved by the geometric arrangement of the springs. The useful oscillation amplitude corresponds to twice the amplitude of the oscillation frequency of the overall system. OAC oscillating solenoids from Kendrion are used in spring mass systems to generate directional, linear oscillating movements.

The robust OAC vibratory feeder coil series consists of a UI core and two excitation windings connected in series. Continuous controllability via drive voltage and/or frequency, high power ratings and optimally minimized eddy current losses characterize the electromagnet. The direction of oscillation is achieved by the geometric arrangement of the springs. The useful oscillation amplitude corresponds to twice the amplitude of the oscillation frequency of the overall system. OAC oscillating solenoids from Kendrion are used in spring mass systems to generate directional, linear oscillating movements.

The robust OAC vibratory feeder coil series consists of a UI core and two excitation windings connected in series. Continuous controllability via drive voltage and/or frequency, high power ratings and optimally minimized eddy current losses characterize the electromagnet. The direction of oscillation is achieved by the geometric arrangement of the springs. The useful oscillation amplitude corresponds to twice the amplitude of the oscillation frequency of the overall system. OAC oscillating solenoids from Kendrion are used in spring mass systems to generate directional, linear oscillating movements.

The arrangement of two oscillating heads working in opposite directions results in an unusually light construction for a resonance testing machine with a nominal load of 500 kN. With the double spindle arrangement, the overall height could also be kept relatively low. The clamping length is adapted to the customer's needs by means of spindle extensions.

Like all Hense rotary vane motors, rotary vane motors in the HSS series are designed according to the rotary vane principle. The drive shaft has axial and radial plain bearings in coated bushes. The coating used is tribologically optimized and ensures low wear. Sufficient lubrication of the bearing points is ensured by the supplied hydraulic oil. To reduce the internal friction of the motor, the hydraulic separation of the working chambers in this series is partly achieved by means of pressure and viscosity-dependent throttle sections. HSS motors are ideal for generating oscillating swivel movements in the frequency range with small angular amplitudes in controlled systems. The HSS series is therefore recommended for use whenever semi-dynamic torsion tests need to be carried out reliably and cost-effectively.

Like all Hense rotary vane motors, rotary vane motors in the HSS series are designed according to the rotary vane principle. The drive shaft has axial and radial plain bearings in coated bushes. The coating used is tribologically optimized and ensures low wear. Sufficient lubrication of the bearing points is ensured by the supplied hydraulic oil. To reduce the internal friction of the motor, the hydraulic separation of the working chambers in this series is partly achieved by means of pressure and viscosity-dependent throttle sections. HSS motors are ideal for generating oscillating swivel movements in the frequency range with small angular amplitudes in controlled systems. The HSS series is therefore recommended for use whenever semi-dynamic torsion tests need to be carried out reliably and cost-effectively.

Based on a individual needs assessment we tailor-make briquetting solutions including peripheral devices.

CXOQ oscillators are ultra-miniature, surface mount units packaged in a 2.50 x 2.00 x 0.89mm package. The oscillators are capable of withstanding high shock environments. The design and build standard including availability of full 'MIL' testing ensures great reliability. This is a Statek product manufactured by Statek Inc, America. Contact Euroquartz Sales or Technical for details. High shock survivability High frequency stability Low acceleration sensitivity (HG version) CMOS and TTL compatible Low power consumption Full military testing per MIL PRF 55310 available Optional enable/disable Low EMI emission Hermetically sealed ceramic package

Produced in our UK factory this qualified oscillator offers a 500G shock rating and good phase noise

The sensor system is intended as a component for use e.g. in wind power plants to measure and evaluate vibrations in the mast head. Registration of dynamic accelerations by means of MEMS sensors (Micro-Electro-Mechanical System) with subsequent digitisation by a controller. The device consists of an acceleration sensor, a controller unit and three types of output interface. The main feature is two safety switching contacts (potential-free), which can be used e.g. in the safety chain to undertake safety shut-off in the event of excessively high acceleration values. Data output is carried out via the CANopen interface. The standard or the safety profile can be selected. There are additionally two analogue outputs 4 ... 20 mA, which can be optionally assigned to two of the three measurement axes. Thanks to its high resistance to vibration and shock, the sensor is suitable for use in areas with rough environmental conditions.

The sensor system is intended as a component for use e.g. in wind power plants to measure and evaluate vibrations in the mast head. Registration of dynamic accelerations by means of MEMS sensors (Micro-Electro-Mechanical System) with subsequent digitisation by a controller.The device consists of an acceleration sensor, a controller unit and the output interface PROFIsafe over PROFINET for output of the acceleration values. Thanks to its high resistance to vibration and shock - more than the defined measuring range -, the sensor is suitable for use in areas with rough environmental conditions.Electrical connection is carried out using three connectors.

The sensor system is intended as a component for use e.g. in wind power plants to measure and evaluate vibrations in the mast head. Registration of dynamic accelerations by means of MEMS sensors (Micro-Electro-Mechanical System) with subsequent digitisation by a controller. The device consists of an acceleration sensors, a controller unit and three types of output interface. Data output is carried out via two analogue interfaces with 4 ... 20 mA plus CANopen and via 4 relay contacts (currently 1 error relay contact). The NVA is parameterised via the CANopen interface. This is not galvanically separated. The sensor is equipped with a filter circuit to protect against fast transients and surge voltages of up to 2 kV in the supply. The protection types are IP 69K (housing) and IP 67 (connector/socket). With its good vibration and shock values, the sensor is suitable for use in areas with rough environmental conditions.

Power 900-1500W AC 220-240V, 50/60 Hz Adjustable Thermostat 15 °C-45 °C Tip-over switch Humidifying Function Oscillating Function Overheat protection Timer: 2-12 hours Touch screen With remote control 3D Realistic Flame Lamp Easy to handle Package includes: 1 X Heater 1 X Plastic part for flame effect 1 X Remote control 1 X Manual SKU: HV-SFH1500

Customers who use narrow width strip can increase productivity with oscillated wound coils as large as 1000kgs. The benefit of this larger wound coil is that the coil needs to be changed less frequently and therefore reduces downtime. Common uses for oscillated wound is the building industry and automotive sector, this process has been proven to increase machine output by 40% on pressing lines. Our oscillating wound is available in thicknesses 0.40-3.00mm with a width to 3.00-80mm. With a coil weight of 100kgs or coil OD 1,000,00mm and pack width optional 200/350mm. Our stainless steel oscillating wound is WAK edge dressed on wooden spools. The inside diameter is 406, 508 flash butt welding method with reannealing. The welding method is 90 degree TIG-skew tolling, seam smoothened. Marking is in accordance to client specification.

OKTOMAT® SOS is an emptying station for the automatic emptying of Octabin and BigBags. A pallet jack is enough to move the container under the emptying station. The bulk bags can be completely and trouble-free emptied from above. The OKTOMAT® uses a vibrating suction head and the automatic bag tightening mechanism pulls the foil inlet or BigBag upwards. The material flows towards the middle and is continuously sucked. The SOS series with its full equipment is ideally suited for the majority of applications and difficult tasks. The integrated oscillating systems for foil / BigBag tightener and suction head enable the emptying of free-flowing to heavily bridge-forming materials. Due to its pedestal form, the OKTOMAT® SOS is particularly space-saving in width, the height is individually adjustable. OKTOMAT® emptying stations are easy to use, low maintenance, robust and durable.

OKTOMAT® SOS Classic is an emptying station for the automatic emptying of Octabin and BigBags. A pallet jack is enough to move the container under the emptying station. The bulk bags can be completely and trouble-free emptied from above. The OKTOMAT® uses a vibrating suction head and the automatic bag tightening mechanism pulls the foil inlet or BigBag upwards. The material flows towards the middle and is continuously sucked. The SOS series with its full equipment is ideally suited for the majority of applications and difficult tasks. The integrated oscillating systems for foil / BigBag tightener and suction head enable the emptying of free-flowing to heavily bridge-forming materials. Due to its portal form it is particularly space-saving in depth and the increased tension force allows even high-density materials to be emptied without a problem. OKTOMAT® emptying stations are easy to use, low maintenance, robust and durable.

OKTOMAT® SOS is an emptying station for the automatic emptying of Octabin and BigBags. A pallet jack is enough to move the container under the emptying station. The bulk bags can be completely and trouble-free emptied from above. The OKTOMAT® uses a vibrating suction head and the automatic bag tightening mechanism pulls the foil inlet or BigBag upwards. The material flows towards the middle and is continuously sucked. The SOS series with its full equipment is ideally suited for the majority of applications and difficult tasks. The integrated oscillating systems for foil / BigBag tightener and suction head enable the emptying of free-flowing to heavily bridge-forming materials. Due to its pedestal form, the OKTOMAT® SOS is particularly space-saving in width, the height is individually adjustable. OKTOMAT® emptying stations are easy to use, low maintenance, robust and durable.

Ultrasonic converters, also called transducers or oscillators, convert highfrequency electrical voltage generated by ultrasonic generators into a mechanical vibration of the same frequency. The piezoelectric effect is used here. The ultrasonic converter forms the starting point of the oscillation system and transmits the vibration to the booster and sonotrode. Our soniKKs converters captivate with their compact design, reliability and durability. As all our products, they are also "Made in Germany". The resonant body is made of titanium or steel. We are also happy to manufacture special converters and housings according to your needs. Your Advantages “Made in Germany” Compact design High reliability, durability, and costeffectiveness Production of special converters/housings on request Resonance base body made of titanium or steel Also suitable for the food and pharmaceutical industry