New Fivetech SMT Spool special designed for quick remove and easy replace sub-cards to the server mainboard, fast re-connect or dismantle to complete the card-locking in just a second.
2019-03-08
New Fivetech SMT Spool special designed for quick remove and easy replace sub-cards to the server mainboard, fast re-connect or dismantle to complete the card-locking in just a second by simply place the sub-card downwards through the gourd-shape hole, then slide right-leftwards to horizontal locking direction.
Due to the server application requirements of the server main board, it is often necessary to install various types of sub-cards onto the server motherboard, most of the sub-cards installation cannot be quickly removed or replaced, the dismantle function cannot reach second-buckle replacement. New Fivetech SMT Spool emphasizes that the motherboard can be connected with different sub-cards by spool-in installation in just a second. SMT Spool can be buckled at different heights, can be used between board to board as the high plate spacer. SMT process refers to surface mount technique of heat melting tin to tin-glue till cooling stables the SMT spool onto the PCB faceplates.
SMT Spool offers different functional and installation designs; SMT Spool micro low-profile can be using in mobile phones or notebook products; SMT Spool high-profile spacer can be used at the slot server as four-post spacer; SMT spring spool can be divided into non-locking version/locking version to define the different requirements for the lock card. Customers commonly uses on the server board combines SMT Spool + SMT Captive Screw, can emphasize the convenience of card installation and easy replacement.
SMT Spool thus contributing greatly to its product fastening purposes. Spool also adds a stopper piece in between main board and sub-boards. Using the spool sec-installation as the stopper piece, SMT Spool tightly sec-secures any panels in between caps and as the stopper piece. For another advantage, with the SMT spool fastening, it leaves level of method options between all fastened panels. When secured assembly methods are so complex, spool does make flexibilities when engineers move chassis and replace cards. Spool design main presents easy assembly and quick release purposes. As thread screwing is sort of disabled, by simply place the sub-board downwards through the bigger hole of the gourd hole, then slide the sub-board right-leftwards to horizontal locking direction the panel into the smaller hole. It second-secures as tightly as any other fasteners. It widens the product application spheres. It can additionally be pressed-in to the sides of chassis or faceplates, thus secures panels or faceplates on the sides of chassis as well. Not only does it save up ground space, it makes the best usage of a three-dimensional space.
Spool comes in useful for space limited chassis of main board where vertical actuation cannot be operated. For better, Spool’s horizontal locking system saves actuation space. Spool saves space, saves operation time and provides the easiest fastening method. SMT Spool can also be used as side-hangers, saving ground space.
Fivetech 71 series Power Lift Handle functions as high intensity power lifting weight endurance handle for server storage chassis’ outer structural framework, strong spring force can auto-retract
2018-05-17
Fivetech strong 71series Power Lift Handle special functions for high weight chassis lifting can auto-retract handle back into lock place to its fix position to avoid noise caused by operation.
Fivetech strong 71series Power Lift Handle special functions for high weight chassis lifting can auto-retract handle back into lock place to its fix position to avoid noise caused by operation.The overall handle structure design streamline shape is smooth and powerful, metal material uses carbon steel to provide more flexible mechanism function design choice diversity, strengthen spring force design special power lifting function can automatically retract the handle to its locked position. This handle provides two assembly methods: press in type/screw in type, which can be easily installed on both sides of the server storage chassis to provide the highest strength puller. The average carrying capacity of each handle is within 40~55kg. Such as about 100kg chassis weight recommended to install two handles on each side can easily digest any super-weight server chassis, providing the most reliable and safe handle selection.
71 series Industrial chassis power lifting handle, installation methods: press in type, screw in type. Load bearing per each handle : 40-55kg, chassis net weight if ≧100kg to install handle on two sides to bear the heavy weight. Metal material: carbon steel, surface treatment: Chrome plated /Nickel plated. Industiral application: Chassis, cabinets, electrical boxes , mechanical equipment. ROHS/RoHS2 certified. Plastic pull handle can reduce slip, heat, static, electricity, rust, noise. Color management for plastic material is available.
SMT Spool thus contributing greatly to its product fastening purposes. Spool also adds a stopper piece in between main board and sub-boards. Using the spool sec-installation as the stopper piece, SMT Spool tightly sec-secures any panels in between caps and as the stopper piece. For another advantage, with the SMT spool fastening, it leaves level of method options between all fastened panels. When secured assembly methods are so complex, spool does make flexibilities when engineers move chassis and replace cards. Spool design main presents easy assembly and quick release purposes. As thread screwing is sort of disabled, by simply place the sub-board downwards through the bigger hole of the gourd hole, then slide the sub-board right-leftwards to horizontal locking direction the panel into the smaller hole. It second-secures as tightly as any other fasteners. It widens the product application spheres. It can additionally be pressed-in to the sides of chassis or faceplates, thus secures panels or faceplates on the sides of chassis as well. Not only does it save up ground space, it makes the best usage of a three-dimensional space.
