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INSTRUCTIONS : PR-2500-UD    Cod : DYN 05.01.08 
Date: 15/04/2016    Revision: 08

 

2.2 

SAFETY GEAR’S FEATURES AND USE 

This  safety  gear  may  be  used  with  guide  rails  that  have  braking  surfaces  equal  to  or  greater  than  25  mm, 
provided that the following requirements are complied with: 

a)  The  guide  rails  to  be  used  should  be  cold  drawn  or  machined.  Allowable  tolerances  for  guide  rail 

thickness should be within the limits set by the standard: ISO 7495:197. 

b)  For lubricated guide rails, the recommended lubricating oil is the type used for machines according to 

ISO VG 150, although other viscosities within the margins established in ISO-VG may be accepted. 

c)  This safety gear can be used up to a maximum tripping speed of 2.5 m/s. 
d)  Allowable guide rail thicknesses: 7 

– 16 mm. 

e) 

Guide rail’s braking surface equal to or more than 25mm. 

This safety gear may be  used  with guide rails  with braking surfaces equal to 20 mm (for example T 65 A), 
provided that the following requirements are complied with: 

a)  The guide rails to be used should be cold drawn. Allowable tolerances for guide rail thickness should 

be within the limits set by the standard: ISO 7495:197. 

b)  For lubricated guide rails, the recommended lubricating oil is the type used for machines according 

to ISO VG 150, although other viscosities within the margins established in ISO-VG may be 
accepted. 

c)  This safety gear can be used up to a maximum tripping speed of 1.5 m/s. 
d) 

The guide rail’s braking surface is equal to 20 mm. 

2.3  RANGE OF USE 

Please find below the standard P+Q table. The rated values are displayed in bold in the middle row. The safety 
gears, when supplied, are set to the default rated value; however, they can be used in installations with P+Q 
values within the upper and lower limits. 

For guide rails with braking surfaces equal to or greater than 25 mm 

Lower limit r 

567 

658 

764 

859 

963 

1060 

1178 

1317 

1454 

1627 

1808 

P+Q (Kg) 

613 

711 

826 

929 

1041 

1146 

1274 

1424 

1572 

1759 

1955 

Upper limit 

659 

764 

888 

999 

1119 

1232 

1370 

1531 

1690 

1891 

2102 

For guide rails with braking surfaces equal to 20 mm (for example, T 65 A) 

Lower limit 

621 

P+Q (Kg) 

671 

Upper limit 

721 

Loads may be duplicated through configuration of this tandem safety gear. See Manual DYN 37/8 

– Extendible 

T25UD/T25 Tandem safety gear for further information. 

3  INSTALLATION AND ADJUSTMENT 

3.1  ASSEMBLY ON THE FRAME 

The 

holes 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 (DYN 05.C001.01 / DYN 05.C002.01), ensuring that 
the guide rail’s axis is centred with the frame. 

Summary of Contents for PR-2500-UD Series

Page 1: ...H PROGRESSIVE SAFETY GEAR PARACHUTE PRISE AMORTIE DYNATECH BREMSFANGVORRICHTUNG DYNATECH PR 2500 UD INSTRUCCIONES DE USO Y MANUTENCI N INSTRUCTIONS FOR USE AND MAINTENANCE INSTRUCTIONS D USAGE ET ENTR...

Page 2: ...2016 The certificate number according to the UNE EN 81 20 UNE EN 81 50 and 2014 33 EU Directive is included Not applicable 6 The general plan is updated Not applicable REVISION 07 DATE 19 02 2015 PROD...

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Page 9: ...USTMENT 4 3 1 ASSEMBLY ON THE FRAME 4 3 2 SAFETY GEAR ADJUSTMENT 6 3 3 COUPLING THE DRIVING BAR 7 3 3 1 USING DYNATECH S T 2 DRIVING BAR 7 3 3 2 USING DYNATECH S T 3 DRIVING BAR 8 4 INSPECTIONS AND MA...

Page 10: ...rom 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...

Page 11: ...ing oil is the type used for machines according to ISO VG 150 although other viscosities within the margins established in ISO VG may be accepted c This safety gear can be used up to a maximum trippin...

Page 12: ...should be assembled in the position displayed in Figure 4 b The roller for upwards jamming is indicated with letter A That is to say roller A should be on the upper part of the safety gear c The roll...

Page 13: ...rail s position in the block should be adjusted as follows The side of the guide rail 1 5 mm from the brake shoe the head of the guide rail 3 mm from the back of the groove see drawing DYN 05 C001 01...

Page 14: ...ecked that both trolleys operate simultaneously controlled by the driving bar This should be checked in both directions ascending and descending The overspeed governor should generate a minimum force...

Page 15: ...m Dynatech based on its P Q and the installation s rated load when tested dynamically with suspensions included The proper synchronisation of the safety gears may be checked by verifying that the roll...

Page 16: ...heck that the connection between the rollers and the driving bar has not been damaged and spins freely without being blocked Visually check that the safety gears are not damaged in general Check that...

Page 17: ...SYSTEM S PRELIMINARY DESIGN According to UNE EN 81 1 1998 A3 2009 lifts should be equipped with means for stopping uncontrolled car movement UCM These means should detect UCM and stop the car This st...

Page 18: ...o Assembly Ensemble Baugruppe d d mm f mm e mm h mm 7 21 029 75 9 31 25 28 1 8 21 529 76 4 31 25 27 6 9 22 029 76 9 31 25 27 1 10 22 529 77 4 31 25 26 6 11 23 029 77 9 32 75 27 6 12 23 529 78 4 32 75...

Page 19: ...e 30 6 45 3 1 5 2 d h f 55 9 d mm f mm e mm h mm 7 21 029 75 9 31 25 28 1 8 21 529 76 4 31 25 27 6 9 22 029 76 9 31 25 27 1 10 22 529 77 4 31 25 26 6 11 23 029 77 9 32 75 27 6 12 23 529 78 4 32 75 27...

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