dynatec IN-6000 Specification sheet

PARACAÍDAS INSTANTÁNEO DYNATECH/
DYNATECH INSTANTANEOUS SAFETY GEAR/
PARACHUTE INSTANTANE DYNATECH/
SPERRFANGVORRICHTUNG DYNATECH/
IN-6000
INSTRUCCIONES DE USO Y MANUTENCIÓN/
INSTRUCTIONS FOR USE AND MAINTENANCE/
INSTRUCTIONS D’USAGE ET ENTRETIEN/
GEBRAUCHS- UND WARTUNGSANLEITUNG/

INSTRUCTIONS: IN-6000 Cod: DYN 27.04
Date: 20/10/2020 Revision: 04
1
INSTRUCTIONS FOR USE AND MAINTENANCE
_____________________________________________________
1GENERAL INSTRUCTIONS .................................................................................................................................... 2
2SAFETY GEAR IDENTIFICATION AND CHARACTERISATION ................................................................................... 2
2.1 IDENTIFICATION .................................................................................................................................................. 2
2.2 SAFETY GEAR’S FEATURES AND USE .................................................................................................................... 2
3INSTALLATION AND ADJUSTMENT ...................................................................................................................... 3
3.1 ASSEMBLY ON THE FRAME .................................................................................................................................. 3
3.2 SAFETY GEAR ADJUSTMENT ................................................................................................................................ 4
3.3 COUPLING THE DRIVING BAR .............................................................................................................................. 4
3.3.1 USING DYNATECH’S T-1 DRIVING BAR ........................................................................................................ 4
4INSPECTIONS AND MAINTENANCE...................................................................................................................... 5
4.4 STORAGE AND SERVICE LIFE ................................................................................................................................ 5
5GENERAL DRAWING ............................................................................................................................................ 5
_____________________________________________________
Note: This manual displays partial information on the instructions for use and maintenance of this product. Please refer to the
customer area in Dynatech’s website in order to consult the full manual; http://customers.dynatech-elevation.com/

2
INSTRUCTIONS: IN-6000 Cod: DYN 27.04
Date: 20/10/2020 Revision: 04
1 GENERAL INSTRUCTIONS
Instantaneous safety gears are not regulated. The maximum P+Q depends on the lift tripping speed.
Their features are indelibly shown next to the approval password and serial number on the identification
stickers attached to the safety gear (see section 2.1).
It is strictly forbidden:
a) To combine and assemble safety gear boxes with different serial numbers.
b) To use a pair of safety gears for installations with characteristics different from those indicated on that
pair of safety gears’ protection plates.
c) To handle any of the safety gear’s components.
DYNATECH DYNAMICS & TECHNOLOGY, S.L. cannot be held responsible for the damage caused due to
the non-observance of any of these general instructions.
2 SAFETY GEAR IDENTIFICATION AND CHARACTERISATION
2.1 IDENTIFICATION
Figure 1: Safety gear identification
2.2 SAFETY GEAR’S FEATURES AND USE
a) Guide rail models to use with this safety:
Type:
T90/A
T90/B
Surface
Cold drawn
Machined
Guide rail thickness
16
16
Guide rail width
42
42
Minimum braking width
27
27
*Allowable tolerances for guide rail thickness should be within the limits set by the standard: ISO
7495:197.
b) The maximum tripping speed for this safety gear is strictly stipulated in the regulation requirements.
Maximum rated speed
(m/s)
Maximum tripping speed
(m/s)
Car
0,63
1
Counterweight
1
1,5
SAFETY GEAR IDENTIFICATION LABEL
1
EU type examination certificate number
6
Guide rail type
2
Quality assurance CE marking and notified body
number
7
Guide rail thickness (mm)
3
Safety gear type
8
Serial number
4
Safety gear model
9
Dynatech address
5
Total load (P+Q)/kg for an actuation speed of 1
m/s
10
QR product traceability code
Note: This manual displays partial information on the instructions for use and maintenance of this product. Please refer to the
customer area in Dynatech’s website in order to consult the full manual; http://customers.dynatech-elevation.com/

3
INSTRUCTIONS: IN-6000 Cod: DYN 27.04
Date: 20/10/2020 Revision: 04
3 INSTALLATION AND ADJUSTMENT
3.1 ASSEMBLY ON THE FRAME
Theholes should be made on the frame’s uprights to secure the safety gear, according to the dimensions
and position displayed in the safety gear drawings attached, ensuring that the guide rail’s axis is centred with
the frame.
To secure the safety gear onto the frame, we recommend a 79.09 Nm tightening torque for grade 8.8 M12
bolts, and of 111 Nm for grade 10.9 bolts.
Figure 2 Assembling the safety gear onto the frame
a) ⚠Safety gear position: The safety gears should be assembled in the position displayed in Figure 3
Figure 3: Direction of assembly
During assembly, the safety gear should be perfectly aligned with the guide rails, both vertically and
horizontally. Improper assembly may cause the safety gear to function incorrectly.
Note: This manual displays partial information on the instructions for use and maintenance of this product. Please refer to the
customer area in Dynatech’s website in order to consult the full manual; http://customers.dynatech-elevation.com/

INSTRUCTIONS: IN-6000 Cod: DYN 27.04
Date: 20/10/2020 Revision: 04
4
Figure 4: Improper assembly
3.2 SAFETY GEAR ADJUSTMENT
⚠In order to avoid problems with the installation’s normal operation, it is very important that the person
carrying out the installation rigorously observes the distances mentioned in this item.
The guide rail's position in the block should be adjusted as follows. (see drawing DYN 27.C02.00).
Figure 5: Safety gear adjustment in relation to the guide rail
3.3 COUPLING THE DRIVING BAR
It is the responsibility of the person who installs the safety gear to properly position the driving bar in relation
to the safety gear, as well as to properly synchronise the safety gears controlled by that driving bar. The correct
position is when the safety gear roller is on the bottom of the block.
Once it has been fitted, and the safety gear’s rollers have been attached to the driving bar’s tripping bars, it
should be checked that both rollers operate simultaneously, controlled by the driving bar.
The minimum force required for tripping the safety gear is 300N.
⚠The Standard demands that the installation incorporate an AC-15 or DC-13 safety contact as defined in
EN 60947-5-1.
3.3.1 USING DYNATECH’S T-1 DRIVING BAR
Both safety gears may be synchronised by assembling Dynatech’s T-1 driving bar. For more information
concerning T-1 driving bar assembly, please consult its manual: DYN04 –Instructions T-1.
⚠It is not recommended to exceed a maximum force of 1900 N is not recommended with the governor.
Note: This manual displays partial information on the instructions for use and maintenance of this product. Please refer to the
customer area in Dynatech’s website in order to consult the full manual; http://customers.dynatech-elevation.com/

INSTRUCTIONS: IN-6000 Cod: DYN 27.04
Date: 20/10/2020 Revision: 04
5
Figure 6: Safety gear synchronisation using the T-1 driving bar
4 INSPECTIONS AND MAINTENANCE
4.4 STORAGE AND SERVICE LIFE
The safety gear should be stored in a cool, dry place. It should be protected from excessive lighting. It should
never be exposed to severe weather conditions.
Storage temperature: 5 - 40ºC
Storage humidity: 15 - 85% without condensation.
The safety gears’ packaging should be clean and dry, so that they can be clearly identified.
It is not permitted to place constant or unbalanced loads on a package, which may cause the package to be
bent, or to allow products to be stacked one on top of the other. When stacking products or packages, the
storage height should take into account their load and stability.
If the criteria established for proper maintenance are observed, the safety gears may have the same service
life as the rest of the installation’s fixed elements provided that their proper functioning is ensured and
controlled. The element’s service life is not affected by grease, dust or dirt due to the shaft’s condition or to
environmental conditions differing from those stated in this manual.
5 GENERAL DRAWING
Note: This manual displays partial information on the instructions for use and maintenance of this product. Please refer to the
customer area in Dynatech’s website in order to consult the full manual; http://customers.dynatech-elevation.com/

1 1
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C C D D
CANTIDAD POR CONJUNTO:
Tto. tco:
Fecha
OBSERVACIONES:
Peso terminado:
Material:
DYNATECH
10/12/04
Norma
Nombre
Fichero:
Tto. sup: POSICIÓN
MEDIDAS SIN TOLERANCIA SEGÚN DIN-7168 GM
Sustituye a:
PLANO COD. Nº:
CONJUNTO:
Sustituido por:
IN-6000
DYN 27.C02.00 Escala:
Dibujado
50
24
37,5
72,750,10
55  0,1
M12
16
115
13,62561,5
21,5
19,575
33,2
13,625
100
34,5
22,5
37,5
1
3,5
2
3,5
1