GANTER Insert

With the aid of Stainless Steel-Serrated locking plates GN 187.4 standard components can be interlocked and firmly set at a defined angle.The angular position of the fixing bores in relation to the serrations is not defined in the standard design. The exact positioning is available as special design.The range of designs makes these plates adapt-able for almost any application in this particular field. To complement these serrated locking plates, accessories such as guide pots GN 187.1 and thrust springs GN 187.2 are useful additional standard parts.

Drive the insert bushings GN 992 in by using a soft-head mallet. Their lamellas bridge a production tolerance of the internal diameter or of the internal square of ±0.5 mm, allowing screws to be mounted in tubes.The dimensions match those of the construction tubes GN 990, but checking the tolerance position of the tube is recommended.

With the aid of serrated locking plates GN 187.4 standard components can be interlocked and firmly set at a defined angle.The angular position of the fixing bores in relation to the serrations is not defined in the standard design. The exact positioning is available as special design.The range of designs makes these plates adapt-able for almost any application in this particular field. To complement these serrated locking plates, accessories such as guide pots GN 187.1 and thrust springs GN 187.2 are useful additional standard parts.

Drive the Stainless Steel-Insert bushings GN 992.5 in by using a soft-head mallet. Their lamellas bridge a production tolerance of the internal diameter or of the internal square of ±0.5 mm, allowing screws to be mounted in tubes.The dimensions match those of the construction tubes GN 990, but checking the tolerance position of the tube is recommended.

With the aid of Stainless Steel-Serrated locking plates GN 188, standard components can be interlocked and firmly attached in defined angular increments. They are joined by welding.The toothing is positioned exactly on the alignment holes d4, which guarantees a parallel or right-angled arrangement.The thrust spring is placed between the toothed discs during assembly and ensures that the toothed discs separate properly when loosening. The scope of delivery includes two serrated locking plates, one thrust spring and, depending on the version, a threaded bushing.

[Specifications]・Product type: Locking joint sets[Features]・Locking joint sets GN 187.6 can be used to combine stainless steellocking heads GN 187.5 to form locking joints・Thanks to the hexagonal shoulder, which creates a form-locking connection that prevents the part from also turning, the centering bushing allows fast and easy mounting・In the unlocked state, the bushing or draw nut forms the axis that positions the locking heads center to center・The use of stainless steel pressure springs GN 187.2 allows the locking heads to be cleanly separated from each other. The types E and K are used in applications requiring frequent and tool-free adjustment of the locking joints

[Specifications]・Product type: Guide pots・Materials: Steel: blackened・Inner diameter d1: 22-40[Features]・Accessories for serrated locking plates

Thrust springs, Stainless Steel

[Specifications]・Product type: Guide pots・Materials: Stainless Steel AISI 303・Inner diameter d1: 22-40[Features]・Accessories for serrated locking plates

[Specifications]・Product type: Stainless Steel-Locking plates・Material: NI. Stainless Steel precision casting[Features]・Stainless steel locking plates GN 187.5 can be installed in combination with locking joint sets GN 187.6 to create locking joints・This allows gear lever handles and retaining tubes or trays and mounts to be adjusted relative to each other at defined angles with a form-locking connection・The angle orientation of the teeth is adapted to the connecting elements, permitting an axis-parallel or right-angled arrangement