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ENEMAC

Definition Torque Limiter ( Safety Couplings )
Torque Limiter are used to protect machines ( Safety Couplings ), equipments and people against damages. The drive is disconnected, when the torque is higher than the disengagement torque of the coupling.

Application of Torque Limiter ( Safety Couplings )
With increasing automation of production lines those components are gaining rising importance, which in case of overload protect machines from damages or iniate automatical shut off. The performance rates e.g. of servo drives especially in NC-machine tools are raised from year to year. Combined with it the rapid traverse rates increase. At these high-speed movements in the machine, a collision results in severe machine damage and expensive outage time. Safety Couplings are used to protect against these damages or at least to reduce them. Torque Limiter can be used everywhere in such equipment where torque limitation is necessary in order to protect machinery or products against overloading.

Definition shaft couplings

Shaft couplings are compensating couplings with a backlash free and conformal torque transfer providing high torsional stiffness and a low moment of inertia. According to these requirements, our metal bellow couplings can be regarded as the ideal solution. For more than 25 years, they have proven themselves in thousands of servo drives as being excellent.

Definition shaft couplings
Shaft couplings are compensating couplings with a backlash free and conformal torque transfer providing high torsional stiffness and a low moment of inertia. According to these requirements, our metal bellow couplings can be regarded as the ideal solution. For more than 25 years, they have proven themselves in thousands of servo drives as being excellent.
 
Shaft Couplings  EWA  EWB  EWF EWC  EWD  EWC
type
specification
torques
main applications / characteristics
EWA
6-corrugation bellow rolled in
mounting friendly clamp system
cost-effective standard series
7 - 1300 Nm
shaft-/shaft-connections, temperature up to 300°C
EWB
4-corrugation bellow rolled in, short design
mounting friendly clamp system
high torsional stiffness
7 - 600 Nm
shaft-/shaft-connections with high torsional stiffness
temperature up to 300°C
EWF 4-corrugation bellow welded, short design
mounting friendly clamp system
high torsional stiffness
5 - 1300 Nm
shaft-/shaft-connections with high torsional stiffness
complete steel version,
temperature up to 350°C
EWC
4-corrugation bellow welded, short design
STAINLESS STEEL    
5 - 1300 Nm
shaft-/shaft-connections in the food-industrie
temperature up to 350°C, dimensions like EWF
EWD
radial clamping hub on both sides  plug in
backlash free

8 - 1000 Nm
shaft-/shaft-connections, oscillation dampening
temperature up to 120°C
EWE
with conical hub and clamping ring
rotary symetric design
10 - 1000 Nm
shaft-/shaft-connections, oscillation dampening
temperature up to 120°C, high speed
© 2009 ENEMAC

 

Torque Limiter (Safety Couplings)  ECA  ECP  ECPB  ECPD  ECB  ECOL  ECC
type
specification
disengagement torques
main applications
ECA
with integrated ball bearing (for direct mounting of a pulley)
0.5 - 400 Nm
toothed belt drives, the drive element does not need its own bearing on the shaft
ECP
NEW !
with integrated ball bearing (for direct mounting of a pulley) and mounting friendly clamping hub
compact performance
2 - 800 Nm
toothed belt drives, the drive element does not need its own bearing on the shaft
ECPB
NEW !
with metal bellow coupling and mounting friendly clamping hub on both sides
compact performance
2 - 800 Nm
shaft-/shaft-connections, the metal bellow can compensate shaft misalignments
ECPD
NEW !
with elastomer coupling and mounting friendly clamping hub on both sides
compact performance
2 - 800 Nm
shaft-/shaft-connections, the elastomer spider can compensate shaft misalignments
ECB
for various drive units
1.2 - 400 Nm
mounting flanges, the drive element must have its own bearing on the shaft
ECOL
NEW !
with integrated slide bearing and mounting friendly clamping hub
compact performance
2 - 800 Nm
toothed belt drives, the drive element does not need its own bearing on the shaft
ECC
combination of type ECB
with metal bellow coupling
1.2 - 400 Nm
shaft-/shaft-connections, the metal bellow can compensate shaft misalignments
shaft-/hub = cone bushings on ECA, ECB, ECC
shaft-/hub = clamping hubs on ECOL, ECP, ECPB, ECPD

main features
on request type ECA and ECC can be delivered in STAINLESS STEEL, too
type ECA and ECB
transmission of torque without backlash
light components, low disengagement delay
fixed point switching, one engage per 360°
- other engages possible

continuously adjustable disengagement torque
- without change the disc spring
decreasing characteristic
- with a negativ disc spring characteristic
easy activation of an proximity switch
- with switchplate
safety couplings

Torque Limiter  ECE  ECG  ECI  ECH  ECR
type
specification
disengagement torques
main applications
ECE
compact, axially short version
2 - 630 Nm
mounting flanges, the drive element must have its own bearing on the shaft
ECG
with small bearing for drive elements
(small pulleys or chain wheels)
2 - 630 Nm
chain drives + small belt drives, a slide bearing must be incorporated in the drive element by the customer
ECI
with bearing for extra-wide pulleys
2 - 630 Nm
toothed belt drives, a slide bearing must be incorporated in the drive element by the customer
ECH
compact design
with integrated sprocket
and slide bearing
2 - 630 Nm
chain drives, interchangeable with slip clutches, the drive element does not need its own bearing on the shaft
ECR
all parts STAINLESS STEEL (including the disc spring)
15 - 240 Nm
drives in the food industry,
(types ECE, ECG and ECI are also
available in  STAINLESS STEEL)
stainless steel
shaft-/hub = keyway
examples
main features
torque limiter
type ECH
type ECE and ECI
low play
robust, compact, small installation
unaffected by oil and grease
fixed point switching, one engage per 360°
- other engages possible

continuously adjustable disengagement torque
- without changing the disc spring
decreasing characteristic
- with a negativ disc spring characteristic
© 2008 ENEMAC