E C H N I C A L D A T A; Q U I P M E N T - RESQ RPX200 Manual De Instrucciones

4 T E C H N I C A L D A T A
Type
Rope
Material/Construction Rope
Certification
Compliance
Max descent height
Max descent load
Min. descent load
Max. ambient temperature
Min. ambient temperature
Max. lifting capacity
Max. lifting height
Max. height/load descending
Descent velocity
Calculation of descend energy
5 E Q U I P M E N T
1. Device carabiner
2. Swivel
3. Handwheel
4. Rope clamp
5. Rope carabiner
6. Friction loop
7. Trailing rope
8. House (position of marking)
9. Rope groove
10. Brake house
RESQ RPX200 & EPX200
Kernmantle rope 9,6 mm EN 1891:1998 A
Polyamide/Polyamide; Elongation: 3,8%; Mass: Cover 40%; Core 60% Weight: 62g/m,
Sheet slippage <1,5%, Shrinkage
EN341:2011 cl.C 200 kg (RPX200 & EPX200)
EN1496:2017 cl.B (RPX200)
ANSI/ASSE Z359.4-2013
CAN/CSA Z259.2.3:16
255 m
200 kg - for 280kg see chapter 12. Expert use
40 kg
+60°C
-30°C (-40°C in RESQ vacuum solution packaging)
140 kg (RPX200) for 280kg see chapter 12. Expert use
255 m (RPX200)
1 x 255 m with max. load 200 kg
1,3m/s loads from 40 kg. Increasing speed when load is increased, max. speed of 1,7m/s
W= m * g * h * n
m= descent load (kg), g= 9,81 m/s2, h= descent distance (m), n= number of descents
Class A: W=0,5 x 10 6 J
RPX200
1
2
6
8
3
4
9
7
5
RPX200 & EPX200 | Master EN | v.1 |
10
EPX200
5