Membrane coupling MEM with clamping hub bore both sides 4mm max. torque 0.9Nm

MÄDLERMÄDLER· Mechanics & transmission

Membrane coupling MEM with clamping hub bore both sides 4mm max. torque 0.9Nm

Name: Membrane coupling MEM with clamping hub bore both sides 4mm max. torque 0.9Nm
Brand: MÄDLER
Price: 97.56 USD
Availability: BackOrder

Manufacturer part no. 60170100

$97.56≈ 84.72 €

Price summary

Listed by MÄDLER at €84.72. Delivered to France, including shipping, VAT and any customs duty, it comes to about €119.66. Prices last checked on 2026-08-05.

Delivered cost is an estimate for a single item shipped to mainland France; the seller's checkout is authoritative.

On backorderlead time 14 d

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Estimated landed cost

Landed cost breakdown
Item	€84.72
Shipping	€15.00
VAT (20%)	€19.94
Total delivered	€119.66

Estimate for a single item delivered to mainland France, shipped from outside the EU: customs duty and clearance fees may apply and are charged by the carrier.

Datasheets & documents

Specifications (automatically extracted)

Mechanical

Torque	9.177 kg·cm
Weight	14 g

Other characteristics

Bore diameter	4 mm
Max misalignment angular	4
Max misalignment axial	0.2 mm
Max speed	5 U/min
Max torque	0.9 Nm
Outer diameter	19.2 mm
Temperature max.	120 °C
Temperature min.	-40 °C
Torsional stiffness	145 Nm/rad
Total length	34.5 mm
Coupling type	Torsionally stiff. angular/transv./long flexible
Electrically insulating	No

Description

Materials: Hubs and sleeves: Aluminium alloy 2011T3 and 2011T8 BS 4300/5 FC1, clear anodised finish. Membranes: stainless high-quality spring steel. Screw connection: Screws: heat-treated steel, black oxide finish. Bushes: Steel zinc-plated and chromated black. Connecting parts: Heat-treated steel, black oxide finish. Temperature range: -40°C to +120°C. Torsionally-stiff construction, no moving parts, all-metal design, low moment of inertia. The functional principle offers the highest operational readiness to be achieved with flexible couplings. Excellent kinematic properties and high torsion-spring stiffness. Suitable for servo drives. Tolerant flexural system and a dynamically balanced construction for high-end positioning and servo drives. Operating Factors: Type of Load – Operating Factor Uniform Load – 1,5 Alternating Load – 2 Shock load – 3 Reversing shock load – 4 *depth of bore, remaining length relieved.