Metal Disc Couplings Metal Disc Couplings SERVOFLEX Ultra-high stiffness Low inertia High response No backlash Applications Machine tool, semiconductor manufacturing equipment, actuator, chip mounter, printing press, packing machine High-stiffness and Low-inertia Servomotor Couplings Metal disc couplings developed for high-speed and high-precision positioning and ultra-precise control of servomotors, etc. While achieving high stiffness, high torque, low inertia, and high response speed, these couplings are also flexible in the torsional direction, in the uneven directions, and in the shaft direction, and are totally free from backlash. Models with various characteristics are available, and each model has a single element type that emphasizes stiffness and a double element type that emphasizes flexibil

ELECTROMAGNETIC CLUTCHES & BRAKES SPEED CHANGERS & REDUCERS Compact (medium and small capacity) SFC y P.036 LINEAR SHAFT DRIVES TORQUE LIMITERS Feed shaft SFF(-N)/SFF » P.046 P.064 Metal Disc Couplings SERVOFLEX High-rigidity Couplings SERVORIGID High torque SFH Metal Slit Couplings HELI-CAL Metal Coil Spring Couplings BAUMANNFLEX Pin Bushing Couplings PARAFLEX I Model Selection Link Couplings SCHMIDT Dual Rubber Couplings STEPFLEX Jaw Couplings MIKI PULLEY STARFLEX Model type Plastic Bellows Couplings BELLOWFLEX Rubber and Plastic Couplings CENTAFLEX O Steel -30-120 MODELS SFC SFF(-N) SFS SFF...

Metal Disc Couplings Product Lineup Ultra-low inertia High response Easy to remove Wide range No backlash of options ■ Simple and Reliable Connection Small- and medium-capacity model, which is made of a high-strength aluminum alloy and whose outer hub diameter is linked to the shaft diameter to achieve a ultra-low inertia ideal for high-speed rotation. Three different shapes are available depending on the combination of bore diameters you use. TYPE B ■ High Stiffness and Ultra-low Inertia Max. rated torque Bore ranges Applications: NC lathe, machining center, chip mounter, actuator, SCARA robot,...

Ultra-low inertia High torque Highly accurate No backlash mounting This model has an extremely high torsional stiffness and Bore ranges Spacer material: S45C or an equivalent Surface finishing: Black coating applied has achieved a high rated torque of up to 1.5 times of that Clamping hub material: S45C or an equivalent Surface finishing: Black coating applied of our previous models, as well as an ultra-low inertia. ■ High-precision Clamping Connection substantially. You can remarkably reduce mounting time. Element material: SUS304 metal disc Collar: S45C or an equivalent Element material: SUS304...

Metal Disc Couplings Customization Cases ■ SFC Model with slit plate A slit plate for a position detection sensor can be mounted A slit plate is mounted between the hubs to allow it to be used with position detection sensors such as an encoder and photo sensor. ■ SFC Model with long spacer This is a specification for when the mounting distance This is a custom order specification for an assembly of the between shafts is long. It can be used in applications such SFC model, POSI-LOCK (shaft lock) PSL-K, timing pulley, and as synchronization of gantry mechanism. For details, please visit our website....

Q1 What are the durability and aging deterioration of the SERVOFLEX? s We conduct a torsional durability test by applying a load larger than the rated torque. SERVOFLEX passed the test by withstanding the metal fatigue limit of 10 million cycles of repeated load. SERVOFLEX is all made of metal materials so the deterioration is extremely slow, and it is able to transmit torque with high precision for a long period of time. Initial static stiffness ELECTROMAGNETIC CLUTCHES & BRAKES SPEED CHANGERS & REDUCERS LINEAR SHAFT DRIVES TORQUE LIMITERS Torsional characteristics of the SERVOFLEX before and...

Metal Disc Couplings SERVOFLEX COUPLINGS SFF SS(-N) Types Single Element Type Specifications Model Torsional stiffness [N-m/rad] * Max. rotation speed does not take into account dynamic balance. * Torsional stiffness values given are calculated for the element alone. * The moment of inertia and mass are measured for the maximum bore diameter. * The nominal diameter for the clamping bolt M1 is equal 30-32 35-38-40-42 to the quantity minus the nominal diameter of the screw threads, where the quantity is for a hub on one side.

Standard Bore Diameter Combinations Model Standard bore diameter d1 [mm] 8 TORQUE LIMITERS SERIES Metal Disc Couplings Metal Slit Couplings High-rigidity Couplings Metal Couplings Link Couplings Dual Rubber Couplings STEPFLEX Rubber and Plastic Couplings MIKI PULLEY STARFLEX Jaw Couplings SPRFLEX Plastic Bellows Couplings BELLOWFLEX Rubber and Plastic Couplings HELI-CAL Metal Coil Spring Couplings Pin Bushing Couplings

Metal Disc Couplings SERVOFLEX COUPLINGS SFF DS(-N) Types Double Element Type * The nominal diameter for the clamping bolt M1 is equal to the quantity minus the nominal diameter of the screw threads, where the quantity is for a hub on one side. D: Double element Material - Bore dia. d (Small dia.) Affixing -method B: Clamp Nominal rated torque (Refer to the specifications) Countershaft tolerance Blank: h7, K: k6, M: m6, J: j6, S: 35+0?'

Standard Bore Diameter Combinations Model Standard bore diameter d1 [mm] 8 TORQUE LIMITERS SERIES Metal Disc Couplings Metal Slit Couplings High-rigidity Couplings Metal Couplings Link Couplings Dual Rubber Couplings STEPFLEX Rubber and Plastic Couplings MIKI PULLEY STARFLEX Jaw Couplings SPRFLEX Plastic Bellows Couplings BELLOWFLEX Rubber and Plastic Couplings HELI-CAL Metal Coil Spring Couplings Pin Bushing Couplings

Metal Disc Couplings SERVOFLEX SFF(-N) ModelsItems Checked for Design Pur ses I Precautions for Handling SFF(-N) models come pre-assembled. Couplings are assembled at high accuracy using a special mounting jig to ensure accurate concentricity of left and right internal diameters. Take extra precautions when handling couplings, should strong shocks be given on couplings, it may affect mounting accuracy and cause the parts to break during use. do not subject them to excessive amounts of water and oil as it may cause part deterioration. (2) Handle the element with care as it is made of a thin stainless...