INSTRUCTIONS FOR USER "RBD - COMPACT" - RESCUE BELAY DEVICE
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INSTRUCTIONS FOR USER “RBD - COMPACT” RESCUE BELAY DEVICE
RESCUE BELAY DEVICE – Code RBD-COMPACT
USING THE RBD – The RBD features an automatically engaged cam lock mecha-
nism for rescue belay operations.
The folding handle should only be extended when conducting lowering opera-
tions (belaying) to prevent malfunction. Two hands must be used to control the
rope when lowering and the user must wear gloves.
KARABINER / CONNECTIONS - Suitable connectors shall be minimum double
action as specified in AS 1891:1 2007 and have a minimum strength of 20kN
without distortion.
LEGAL RESPONSIBILITIES – Australian and International standards place respon-
sibilities and a “Duty of Care” on employers and employees in relation to height
safety. Training must be provided to users of this equipment. The information
contained in these instructions does not constitute or replace the required train-
ing or release a company from its other safety obligations.
Failure to provide training with this equipment to the full requirements of AS
1891.4 by a RESQ Training International competent trainer voids all warranty,
liability written and implied in regard to safe use of this equipment.
INSPECTIONS – This product shall be inspected for serviceability prior to use.
Check your RBD has not been damaged & functioning correctly
YOUR LIFE MAY DEPEND ON IT!
It is also a requirement of the Australian standard that inspections should be
carried out at six mthly intervals by a suitably qualified person. Discretion
should be used when conducting these inspections. If any defects are identified
then the equipment should be immediately withdrawn from use.
PERFORMANCE RATING
SWL – 200kg (2 persons) UTS -36kN
Use only rated static rescue ropes 11mm – 13mm (ie. AS 4142.3, EN 1891)
Conforms to AS 4488.1 and BCCTR criteria for Rescue Belay Devices #
GUARANTEE / WARRANTY - This equipment is guaranteed against faulty parts
and workmanship. Warranty does not extend beyond the replacement of de-
fective components at time of purchase. Warranty is voided if any non-
approved modifications have been made to the equipment.
CAUTION! The RBD is a safe device if used correctly. However, the user is
obligated to determine whether each item is suited for its intended use.
In no event shall liability extend beyond the replacement cost of any item.
In addition, no responsibility can be implied or assumed for any accident
or injury caused by or related to its use, whether correct or otherwise.
RESQ strongly recommends that you have a second safety belay when
using this equipment and always use two separate independent anchor
points. It is recommended that loads do not exceed 200kg as different
ropes and conditions can reduce rope strength severely. RESQ RBD should
not be shock loaded. If the RBD is subjected to a shock load in excess of
6kN the equipment should be withdrawn from service until the item has
been inspected by a qualified competent person or returned to the manu-
facturer for inspection.
WARNINGS: IGNORE AT YOUR PERIL!
Make sure you have appropriate training and practice.
Always lower / raise slowly and minimise slack line in the belay.
Avoid rope bounce and shock loading.
Check equipment before and after use on every occasion.
PRODUCT SPECIFICATION & TEST DATA
Construction - Only the highest grade stainless steel and extruded
aluminium is used in the RBD series. The RBD will not twist or dam-
age the rope in any way when used normal conditions.
#Test 1 Data - A 200kg load was attached to a 3meter length of
11mm static line rope. The load was raised 1 meter on a second
line and released causing the RBD to arrest the fall.
The 200kg load represents the combined rescue load = 1 x patient +
1 x stretcher + 1 x rescuer attendant with gear.
#Test 2 Data - A 280kg load was attached to a 3 meter length of
12.5 mm static line rope. The load was raised 1 meter on a second
line and released causing the RBD to arrest the fall.
The test 2 was designed to conform to the requirements of the
NFPA1983 rope rescue guidelines.
ULTIMATE TEST STRENGTH - The RBD was tested on a test bench
attached by only one (center) hole until it ultimately failed at 40kN.
The guaranteed minimum strength is rated at 36kN
ITEM #TEST 1 RESULTS #TEST 2 RESULTS
Rope type 11mm static 12.5mm static
Slippage 195mm, 226mm
Peak force 838kg, 852kg
Rope No visible damage No visible damage
RBD No visible damage No visible damage
# The RBD conforms to the BCCTR test criteria for rescue belay de-
vices. Max peak loading cannot exceed 15kN.
HOW TO LOAD THE ROPE INTO THE RBD
TO LOAD
E ND
ING
NN
RU
1. Form a bite in the line and
feed through as shown
2. Position rope between
brake pad and cam
3. Remove slack
! Use only rated kernmantle construction static life ropes
with diameter of 11 mm—13mm.
DO NOT USE polypropylene or polythene ropes.
RAISING LOADS
When raising a load using the RBD the unit is used as a safety belay de-
vice. It is important that an operator constantly monitors the raising oper-
ations and ensures that all slack line is removed by pulling the rope
through the RBD to minimise shock loading. The RBD can be used to raise
a load either by using an “inline” system or “Bolton” system.
RAISING
Remove slack line
USING INLINE HAUL SYSTEMS
An inline haul system can be fast to rig if you
only need to raise a light load up to 100kg.
Generally a 3:1 MA is the easiest option how-
ever; 5:1 or compound haul systems can also
be rigged with ease.
IN-LINE HAUL SYSTEM
Showing 3:1 MA “Z” rig
USING BOLT-ON HAUL SYSTEMS
For the heavier loads or rescue
loads with 2 persons the Bolton
haul system will be more appro-
priate to use. The RBD has an
attachment point for attaching
Pull
bolt on haul systems .
r
op e
here
Bolt on haul system attached
Always ensure that the folding handle is in the stowed position when raising.
When resetting the haul system it is important to remove all slack from the res-
cue line then manually lock the rope by tying a half hitch around the device be-
fore releasing the load on the haul system.
LOWERING LOADS
To lower, use the folding handle in the extended position. Pull the handle gently
back and control the friction and speed. Always use right hand on the rope to
assist in controlling the speed and ensure gloves are worn.
CAUTION!
Always wear glove on the right
hand when lowering loads.
USING A SINGLE ANCHOR
If a strong anchor (21kN +) is available then a
single anchor point can be used. Always use a
karabiner to connect to the attachment point .
USING TWO ANCHORS
Two anchors can be useful to share the load be-
tween two independent anchors or to equalize
the load between two anchor points.
USING MULTIPLE ANCHORS
To use three or more anchors together can be a
useful way to share the load between several
independent anchors or to equalize the load
between multiple anchor points. Attach an an-
chor plate.
Manufactured and distributed by
RESQ TRAINING INTERNATIONAL
RESQtraining.net, RESQ-Gear.com
AUSTRALIA +61 407 386 399 INDONESIA +62 82145 087 509
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