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Model “K-KL-KF”
 
Characteristics of model “K” brake
The brake model K is a spring applied d.c. brake. It has been designed to stop rotational movement of machine shaft. However the user has to ensure that the brake is in accordance with all the requests indicated in paragraph "Choice of the brake". Only if these conditions are met can the brake work correctly.
  • Very strong structure;
  • Very quiet in operating (<70 dBa in accordance with Regulation 98/37/EEC);
  • Simple to install and easy to maintain;
  • Good heat dissipation due to the motor fan or cover. The motor cover, as it acts also as braking surface, must be made of steel or cast iron.
  • The coil is fully encased in an epoxy resin and the mechanical parts are protected by tropicalized zinc plating;
  • Hand release is on request.
serie-K-pic

Brake Model K1 K2 K3 K4 K5 K6 K7 K7/D K8 K8/D K9 K9/D K10 K10/D K11 K11/D
Static Braking Torque (Nm) 5 12 16 20 40 60 90 180 200 400 300 600 da 500
a 800
1000
1500
1000
1500
2000
2800
 
Brake Model K6L K7L K8L K9L K10L K11L KF1 KF2 KF3 KF4 KF5 KF6 KF7 KF8 KF8/D KF9 KF9/D
 Static Braking Torque (Nm)  150  200  350  500 da 650
a 1000
da 1200
a 1700
 4.5  8  12  16  35 55   90  150  300  250  500

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Model “LIFT”


Characteristics of model “LIFT” brake
The electromechanical model LIFT is a spring pressurised brake, fed by direct current. The model LIFT acts
in conformity with the normative law 95/16/CE for goods-lifts and lifts. The aim of the brake is that of
guaranteeing the static positioning of the drive shaft during the opening and closing phases of the doors.
For this reason graphics relative to the consumption haven’t been reported. The building typology of the
brake foresees a central magnetic system, kept in position by brake adjusters. A couple of armature plates
operate separately on the braking disks, determining a double safeness on the system. The braking
torque value considered by the normative law is that developed by one brake alone. The brake is arranged
to hold a two micron switch for the checking of the opening and closing of the armature plate.
The main characteristics of the LIFT brake are:

  • Variable braking torque, established in the building phase of the brake.
  • Strong structure.
  • Maximum silence in interventions, in opening as in closing <50 dBA.
  • Maximum silence in rotation. The precise matching of the hub and the disk, and the insertion of the centering gasket, avoid that noise is made during the rotation of the group. The constructive structure of the brake with the two armature plates and the fixed central part, guarantees the releasing of the disks during their rotation.
  • Good dissipation of heat. The brake is projected for a use without ventilation.
La-serie-LIFT 

The bearing is supplied with a flange connected to the bearing of the motorising system, due to the weight and torques developed. These do not permit to apply it directly connected to the bearing structure of the motor. The brake is provided with a patented system of blocking. This system guarantees the total release of the two disks. It may be activated by cables or levers with commands which are tangent or perpendicular to the rotation axis. The spool of the electromagnet is completely cemented with epoxy resin and its mechanical parts are protected by a zinc plating chemical treatment.

Brake Model LIFT 150 LIFT 250 LIFT 320 LIFT 480 LIFT 720 LIFT 1000
Static braking torque (Nm) 300
[150Nmx2]
500
[250Nmx2]
640
[320Nmx2]
960
[480Nmx2]
1440
[720Nmx2]
2000
[1000Nmx2]

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Model “S-SH-SO”


Characteristics of model “S-SH-SO” brake
The brake model S-SH is a spring applied power release dc brake which has been designed to stop rotational
movement of machine shaft. Proper working order of the brake is guaranteed by following the
instructions indicated in this catalogue in the paragraph "Choice of the brake".
General characteristics are:

  • Very strong structure;
  • Very simple in assembling;
  • Very quiet in operating (< 70dBA according to Regulation 98/37/EEC);
  • High braking torque. Model SH allows to obtain high braking torques for a dc brake of such dimensions;
  • Good heat dissipation. The fan also acts as braking surface with the advantage to dissipate the heat during brake working and allowing a minimum wear of the friction material;
  • The coil is completely encased in epoxy resin and mechanical parts are protected by tropicalized zinc-plating;
  • The brake can be used for several applications with standard motors without using special equipments. It can also work in every position,
S-SH-brake-with-handle-release-system
especially with single phase motors in which there is no vibration of the moving parts. The balancing of the brake rotating parts is made by Temporiti S.r.l.. Tha balancing of the brake-motor rotating system must be carried out by the motor manufacturer.

Brake Model S63 S71 S80 S90 S100 S112 S132 S160 SO80 SO90 SO100
Low Dinamic braking torque (Nm) 2.5 4 9 10 12 13 17 30 5 10 14

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Model “V”


Characteristics of model “V” brake
The brake model V is a spring applied power release dc brake which has been designed to stop rotational
movement of machine shaft. Proper working order of the brake is guaranteed by following the instructions
indicated in this catalogue in the paragraph "Choice of the brake".
General characteristics are:

  • Very strong structure;
  • Very simple in assembling;
  • Very quiet in operating (< 70dBA according to Regulation 98/37/EEC);
  • High braking torque. Particularly model VH allows to obtain high braking torques for a dc brake of such sizes;
  • Good heat dissipation. The fan also acts as braking surface with the advantage to dissipate the heat during brake working and allowing a minimum wear of the friction material; 
  • The coil is completely encased in epoxy resin and mechanical parts are protected by tropicalized zinc-plating;
  • The brake can be used for several applications with standard motors without using special equipments. It can also work in every position,especially with single phase motors in which there is no vibration of the moving parts.
  • The brake is provided with fan cover. Hand release in on request. The balancing of the brake rotating parts is made by Temporiti S.r.l.. Tha balancing of the brake-motor rotating system must be carried out by the motor manufacturer.
V-series-brake

Brake Model V56 V63 V71 V80 V90 V100 V112
Low static braking torque (Nm) 3.0 4.0 7.0 10.0 10.0 20.0 22.5
High static braking torque (Nm) - - 14.0 20.0 20.0 35.0 45.0

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Model “P”


Characteristics of model “P” brake
Model P brake is a standing brake. However the dynamic braking of the motor shaft is guaranteed beneath
a limit value of admissible rotation in accordance with brake tipology .
General characteristics are:

  • Very quiet in operation (<70dB in accordance with Regulation 98/37/EEC);
  • Very simple and practicle in assembling;
  • Good heat dissipation. The good quality of materials and its characteristics of construction allow to reach an high value of dissipation;
  • The coil is completely encased in epoxy resin and mechanical parts are protected by tropicalized zinc-plating;
  • The brake can be used for several applications with standard motors without using special equipments.

It can also work in every position, especially with single phase motors in which there is no vibration of the moving parts.

P-series-brake-size-P0
Brake Model
P0
only A/C
P1
P2
P3
P4
P5
P6
Coppia frenante statica / Static braking torque (Nm)
0.5
5
14
30
60
120
220

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Model “BS”


Characteristics of model “BS” brake

  • Compact structure. These kind of brakes are used on Brushless motors. They can be used untill 120°C.
  • Very quiet in operation (<70 dB according to Regulation 98/392 CEE).
  • The brake is designed for a static operation of the system. They can be used for safety braking but with the speed < 1500 rpm.
  • This new brake designed by Temporiti srl, is provided already assembled. Therefore the brake is very easy to assemble as the operator must only lock the keyer screws to fit the braking disc.
  • The motor cover and the aluminium surface allow a good heat dissipation of both the electromagnet and the braking disc. The electromagnet winding is completely encased in epoxy resin and the mechanical parts are protected by a zinc-plating treatment. The structure of the brake allows working in continuous duty without ventilation. Class F Insulation.
  • The brake allows to develop a high and steady static torque due to the patented design of the braking system. Any variation of the braking torque is possible by changing the springs load, therefore the torque value doesn't change during the time.
  • For this model of brake it is not possible to apply the calculation system reported in our catalogue.
  • For the type BB the disk is fixed on the shaft through the keyer
 BS-brake-size-BS0-in-the-picture
Brake Model BS00 BS0 BS1 BS2 BS3 BS4 BS5
1D 2D 1D 2D
Static torque (Nm) 0,1 0,4 1,5 15 31 80 160 225 450

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Model “AC”


Characteristics of model “AC” brake
The brake model "AC" is a spring applied, power release ac brake which has been designed to stop rotational
movement of machine shaft. Proper working order of the brake is guaranteed by following the
instructions indicated in this catalogue at paragraph "Choice of the brake".

  • Very strong structure;
  • Very simple in assembling;
  • Very quiet in operation (< 70dBA according to Regulation 98/37/EEC);
  • The structure of the brake is made with aluminium die-casting. Good heat dissipation by means of the brake structure and the motor fan;
  • The coil is fully encased in epoxy resin;
  • Hand release in on request.
AC-series-brake
Brake Model AC1 AC2 AC3 AC4 AC5 AC6 AC7 AC8 AC8/D
Static Braking Torque (Nm) 4.5 10 16 20 40 60 90 200 400

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Model “T-MEC”


Characteristics of model “T-MEC” brake
These traditional AC brakes, besides their tested reliability, have the following characteristics:

  • Very strong structure;
  • Quick operating times. They can be considered negligible.
  • Good heat dissipation;
  • The electromagnet is encased with epoxy resin and the mechanical parts are protected by spray painting.
T-series-brake

Brake Model T60
Mec 56
T70
Mec 63
T80
Mec 71
T90
Mec 80
T100
Mec 90
T110
Mec 100
T120
Mec 112
T140

T160

T180

T200

T120D

T140D

T160

T180D

T200D

Static Braking Torque (Nm) 4 9 7 35 48 70 90 130 150 250 250 180 260 300 500 600

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NewModel “EX


Characteristics of model “ EX ” brake
The brake finds its theoretic base in the European council directives of 14th June 1989 (89/392/CEE), in the 94/9/CE (ATEX), regarding the devices and protection systems destined to be used in potentially explosive atmospheres.

  • The mechanical elements are represented by a covering built in G20 cast iron and ASTM A105 steal. This containing structure has been designed to satisfy the following requirements.
  • The encumbrance allows the coupling with any electric motor which has a front flange called “B14”.
  • The lining and joint elements are so to stand a pressure of 30 bars and avoid the entrance of dust or gas in the structure.
  • The “AC” three-phase tube electromagnetic brake, which represents the primary element of safety, lodges inside the covering and is built according to the specific UL/Csa certification laws.
  • View the part of the general catalogue regarding the AC braking group for the mechanical characteristics and operating.
  • A joint/connection shaft represents the main novelty, allowing the coupling of the device to an electric motor, and an airing of the electric of this electric motor. Aspect that up to now has not been possible if not by using other devices.
  • An absolutely innovating unblocking lever device, due to the building form and for the possibility of being used even when the system is kept electrically connected guaranteeing all the safety aspects required by the community directives.
Ex-brake-section-view-of-external-cover 
Brake Model EX 71 EX 80 EX 90 EX 100 EX 112 EX 132 EX 160 EX 180
Static Braking Torque (Nm) 10 16 20 35 60 100 150 250

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General Characteristics of the brakes
Our electromagnetic brakes conform to the following regulations:

  • 98/37/EEC "Machine Instructions" Regulation;
  • 73/23/EEC "Low Voltage" Regulation;
  • 93/68/EEC "Electromagnetic Compatibility" Regulation;
  • 60335-1-CEI "Safety of electric devices for domestic use" Regulation;
  • Regulation VDE 0580;
  • Certification ISO 9001:2000
  • Certification cRUus File E210965 - EE219203
  • 95/16/CE: TÜV Institute TOV
  • “Atex” Ex Group II class 1 “GD” “d” T6 “IIC” in phase of certification nearby TUV SÜD 0123

 

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Characteristics of the electric coil

The electric coil allows a variation of +/- 6% of the
voltage from its nominal value. The most important
characteristics are:

  • Protection IP 64: total protection against inside dust and water sprinklings.
  • Class F Insulation: using of materials conform to CLASS F insulation (working temperature 155°C). This value includes also the room temperature.
  • S1 Working: working with steady charge and time enough to reach the thermic balance ( continuous working).