


|
Descend-O-Matic controlled descent device is designed for rapid self-rescue or emergency egress of multiple users from heights. Applications include overhead cranes, towers, buildings, bucket trucks and any other tall structure which may require an alternate means of escape Descend-O-Matic head includes a centrifugal speed regulator that provides an average controlled rate of descent of approximately 4' (1.2m) per second. |
Example Price: Standard Fifty Foot complete with everything, Price $ 1450 until July 2008 US |
|
Automatic Descent Tripod The descent unit is attached to a tripod with a retrieval systems. It lowers a person automatically and can then be retrieved by at up-top worker. Also has a lock out to suspend a person at any part of the descent. Speed Descents at 1 x m/per/sec. |
Rescue Cradle Design to be put on an unconscious or passive victim in less than one minute. Once inside the cradle the victim is secure from falling out until he/she is in a safe zone and medical treatment can be applied. |
Ascent/Descent System Raise and Lowering device for confined space or rescue. Both the operator and an outside worker can operate this system. The unique design allows the user to travel in a down mode with the minimum amount of press on the rope, to raise it has a 3: to 1: ratio lift. |
|
|
|
|
|
Automatic Descent Device which comes in many lengths to suit your application. This unit requires no training for the user, just put it on and step off, it's that simple. |
FIGURE 8 Cheap but effective descent control. Can be used as an emergency
descent for rescue or fire escape. One rope can be used with multi able
figure 8's WANING: This device does require training and skill. |
Automatic Descent Device This unit comes with a brake to stop the descent from above. Comes in many lengths to suit your application. This unit requires no training for the user, just put it on and step off, it's that simple. |
|
|
|
|
For other fall protection Items Please Click Here!
E-mail:
Copyright
© 2005 FALL SAFE Safety
Ltd. All rights reserved last updated April 9, 2007