Automatic device - Import export

Model No.: SMD-ET1435F; Application: Automotive alarms; Toys, games machines etc; Electrical appliances; Automatic control devices; Conveyors, medical equipment; Fire alarms, burglar alarms, gas detectors; Data processing equipment etc. Specifications: Rated Voltage (Vo-p): 5; Max input Voltage (Vo-p) : 7; Rated Current (mA) : 80 max.; Coil Resistance: 40±5 ohms; Sound Output @10cm(dB): 87 min.; Resonant Frequency (KHz): 2.73; Operating Temperature (℃): -20~ +60; Storage Temperature(℃): -30~+80.

A programmable logic controller (PLC) is a general-purpose control device that automatically controls machinery, facilities and assembly lines by user defined programs. It also has a variety of communication functions for sequence, motion and process control.

The Total Phase Aardvark™ I2C/SPI Host Adapter is a fast and powerful I2C and SPI bus host adapter which connects to a host PC by USB. It lets you interface a Windows, Linux, or Mac OS X PC to the I2C or SPI bus of your target hardware so you can test devices connected to the bus and program Flash memory devices. The Aardvark™ includes the well-known Total Phase Control Center software which makes it easy to control devices connected to an I2C or SPI bus. Automatic testing of your devices can be done by the use of custom-written scripts, making the Aardvark™ ideal for use in the production environment for board testing. Free programming software is also included so Flash devices can also be programmed. The Aardvark™ is often used by third-party device manufacturers to ship with evaluation kits and for use in their production processes.

1. Vacuum transfer, staggered vacuum transfer wheels and structure which ensures boards transfer smoothly. 2. Multi-sections vacuum volume control, automatic adjusting according to different boards size. 3. Automatic locking & position location, for printing plate. 4. Precise integral anilox roller & rubber roller/chamber blade system rise and fall structure, ensures perfect ink transfer and avoid shake when printing. 5. Registration with servo motor, lateral ball screw rod adjusting. 6. Rubber roller & anilox roller fast changing design. Chamber doctor blades and rubber roller are available, optional. 7. Anilox roller automatic self-wash device, much more convenient for circulation washing. 8. Automatic back to “zero” after washing printing studio. 9. Double diaphragm pump, and automatically ink recycling system, can reduce ink waste, and make ink recycling faster. Printing unit can equipped with hot air/IR dryer system.

Our revolutionary Halo system is an automatic metal detector testing device. It is designed to automatically test ferrous, non-ferrous and stainless steel samples on all Fortress metal detectors. Automatic testing saves time, money, labour, along with removing the risk of human error and work place injury at critical control points on a manufacturing line while complying with industry standards. The Halo system is ideal for applications where manual testing of a metal detector is made difficult due to access, position, access to the product flow, environmental conditions, etc.

Features and benefits: - Accurate countersunk setting - TFIX-DEVICE automatically sets the fixing flush with the insulation layer. - Stainless steel screw for best anti-corrosion protection. - Integrated insulation cap (with unique surface reinforcement) equalizes thermal conductivity over the fixing point, whilst also leveling out drying times of render. - Unique sleeve compression zone for precision installations. - Simple countersunk installation in all substrates (A,B,C,D,E). - The long plastic overmoulding on the TFIX-8ST screw minimises thermal bridging (value 0.001-0,002W/K), contributing to energy-saving benefits - Plate stiffness (value 0.6 kN/mm) ensures smooth elevation surface and stable insulation system. - Pre-assembled elements of the fixing saves time and labour - Unique design allows for high load-bearing capacities. This reduces the quantity of fixings required per square metre of insulation - The shortest embedment depth at the maximum strength parameters