Beal cata pro 2012 gb by K2profshop

BEAL, THE HOUSE OF INNOVATION UNICORE process An astonishing process, bonding rope sheath and core without affecting the rope’s suppleness. Even in the hardest conditions of use sheath slippage is suppressed. If the sheath is cut or torn, core and sheath remain bonded together. With a standard rope, if the sheath is cut by abrasion over an edge, a frequent occurrence in work at height and in rescues, it slides and gathers over some metres. It then becomes impossible to pass this zone, either to ascend or to descend. If the problem occurs near to the end of the rope the sheath may slide off completely, and the user fall to the ground. With the UNICORE process the sheath remains in place and the user may escape, either by descent or ascent, taking all necessary precautions. He/she is not stuck without a solution on the rope.

The UNICORE process brings an undeniable gain in security during delicate and dangerous operations ; its advantages are many: Classical rope

UNICORE

Classical rope

UNICORE

Classical rope

UNICORE

Classical rope

UNICORE

It allows escape if the sheath has been cut.

It allows temporary cutting of rope lengths with a knife, without melting the ends, without fraying of the sheath.

It prevents sheath slippage.

It reduces shrinkage in water by more than 50 %.

BEAL, IT’S MORE LIFETIME:

BEAL, GIVING MORE SERVICES: 0

THE DURABILITY OF BEAL ROPES The durability of a rope depends above all on the way it is used, but also on numerous technical factors: The quality of yarn used ; the compactness of the rope ; its suppleness ; the braiding of the filaments of the sheath ; their twist ; their number ; the number of braids… One other factor plays a particularly important role: the thickness of the sheath. You can check the quantity of sheath in BEAL ropes thanks to the percentage shown at the side of this pictogram.

0 1 2 3 4 5 6 7 8 9

BEAL color code Patented marking system of stitching colour keyed to the year of manufacture.

5 years

STORAGE TIME In good storage conditions BEAL PPE may be stored for up to 5 years before first use, without affecting their future lifetime in use.

BEAL services BEAL offer on most of its ropes a "cut –to-measure" service and a traceability service: "BEAL Traceability Service".

10 years

LIFETIME IN USE The potential lifetime of BEAL PPE in use is up to a maximum of 10 years.

15 years

ASSISTANCE, CONTROL AND RECORDING OF PPE On the site Beal-pro.com, BEAL places at your disposition, for free, a service of apprenticeship in the control of PPE, but equally software capable of reading RFID chips as well as EAN 128 and Datamatrix codes.

LIFETIME The maximum lifetime of BEAL PPE is up to 15 years. Lifetime = Time in storage + time in use.

Lifetime in use: The potential lifetime of BEAL PPE in use is up to a maximum of 10 years. Attention: This is the potential lifetime in use. An item of PPE may be destroyed during its very first use. It’s inspection and control which determine if the product must be scrapped earlier. Between uses, appropriate storage is essential. Lifetime (storage before use + time in use) is limited to 15 years.

BEAL TRAINING ACADEMY Each year in its international BEAL Academy school, BEAL trains many professionals in the technicalities of ropes. On passing an assessment, trainees become members of the BEAL Experts Club.

Made to measure

BEAL MADE TO MEASURE

ROPES TO MEASURE

The first complete made to measure rope service. The first complete made to measure rope service which eliminates the need to measure, cut, mark, and then waste the unusable bits.

ROPES WITH SEWN TERMINATIONS BEAL cuts the rope to your requirement and makes your terminations, reinforced with a thimble. The colour of the sewing gives the year of manufacture.

â&#x20AC;˘ BEAL cuts the rope to your required length. â&#x20AC;˘ BEAL marks the year of manufacture with its permanent stitching.

Thimble

Rope protector

Heat-shrink sheath

Pinch Device to secure the karabiner at one end of a rope lanyard or a quick draw. Made from a really strong material, it gives effective protection against contact with the rock.

Standard

Individual IdN No.

Optional

Electronic chip

Optional

EAN 128 Bar code

Standard except for reels

BEAL COLOR CODE

BEAL TRACEABILITY SERVICES IDENTIFICATION

MANAGEMENT

MAINTENANCE

IDN

BEAL SOFTWARE V3pro

BEAL-PRO.com

Each BEAL rope, lanyard and sling posess a unique IDN number, which as well as telling you the year of manufacture, allows traceability, from initial materials to the finished product.

EAN 128 BAR CODE

Every BEAL rope is able to have an EAN 128 bar code relating to the individual IDN no. which permits easy traceability.

From the Beal-pro.com site you may download for free a management tool capable of managing all kinds of data for any type of equipment: entry, exit, life history, controls etc… This software is now compatible with the management system, be it by kit (an assembly of equipment) or by batch. It is equally programmed to read RFID chips, EAN bar codes and Datamatrix codes. It becomes easy to link the individual no. of the equipment or kit with the unique number of the chosen traceability system. In this way the 2 linked numbers will be instantly recognised by the traceability system reader, thus avoiding long and tedious date collection during every equipment control, loan and return.

Beal-pro.com integrates a photo and video programme of detailed rope management and also other items of Personal Protective Equipment. Lifetime individual and batch management sheets, from the year of manufacture, are among others available on the Beal-pro.com site for all PPE: ropes, harness, lanyards, karabiners, helmets…

RFID To guarantee foolproof individual traceability, you may insert an electronic chip into items of BEAL, or other brand equipment.

Datamatrix

EAN

RFID

Individual idN number www.beal-services.info

FICHE DE VIE CORDE Il est indispensable de joindre à votre fiche de vie la notice d’utilisation du produit. Les notices des produits BEAL sont disponibles sur le site beal-planet.com

Propriétaire (nom, adresse)

Modèle :

Date d’achat :

Fabricant :

Date de fabrication :

N° série fabricant :

Date de fin de vie théorique :

Identifiant unique :

Fréquence de contrôle :

Longueur :

Date de 1ère utilisation :

Type de corde

A B

Couleur :

Coupures

Zones pelucheuses

Elle possède une hernie

Brûlures

Zones éventuelles de ruptures internes

Date du contrôle

Une partie de l’âme est apparente

Signes d’usures

Nom du contrôleur

État de l’âme

RAS

BEAL Color Code

État de la gaine

RAS Mineure Majeure Définitive RAS Mineure Majeure Définitive RAS Mineure Majeure Définitive RAS Mineure Majeure Définitive

État des terminaisons cousues

Remarques du contrôleur

Date du prochain contrôle

Signature du contrôleur

In the case where you wish to make control by batch, BEAL identifies for life the pre-cut lengths of semi-static ropes with the year of manufacture by means of the patented BEAL Color Code.

Tape thread running through the rope indicating: The name of the rope, its diameter, its type, the number of the Standard and the year of manufacture.

The colour of the internal thread identifies the year of manufacture.

Certificat de conformité (tel que défini à l’article R. 233-77 du code du travail) Le responsable de la vente, location, mise à disposition, soussigné déclare que l’équipement de protection individuelle désigné ci-dessus est conforme aux dispositions techniques qui lui sont applicables : non modification de l’équipement, respect des instructions, respect des instructions de stockage, d’emploi, de nettoyage, de révision, et la réalisation des vérifications générales périodiques obligatoires pour les EPI contre les chutes de hauteur. Fait à ……………………………………………..

Le ………………………………………..

Signature ……………………………………………..

Standard

Optional

NUMBER

ROPES FOR DIFFICULT AREA ACCESS

idN

BEAL Color Code

Made to measure

RFID chip

Thanks to the UNICORE Process, Access ropes reach a new level in security. In effect, the UNICORE Process integral to this 10.5 mm rope will secure most delicate operations, whilst retaining lightness and flexibility.

OPTIONAL Sewn terminations

This rope is specially adapted to the requirements of work at height companies.

OPTIONAL Sewn terminations

Very tough, this is the established standard rope for work at height. Same construction as the INDUSTRIE 10.5 mm. OPTIONAL Sewn terminations

A rope particularly resistant to abrasion due to its higher percentage of sheath.

Type A rope with the optimum balance quality/price. OPTIONAL Sewn terminations

ACCESS 10,5 mm UNICORE

INDUSTRIE 10,5 mm

ANTIPODES 10,5 mm

TOP WORK 10,5 mm

CONTRACT 10,5 mm

Breaking load

2700 daN(kg)

2600 daN(kg)

2500 daN(kg)

Strength with sewn terminations

2400 daN(kg)

2200 daN(kg)

Weight per metre

65 g

64 g

68 g

% of the sheath

38 %

44 %

36 %

Type

Sewn terminations

Standard

Optional

NUMBER

ROPES FOR DIFFICULT AREA ACCESS

idN

BEAL Color Code

Made to measure

RFID chip

Sewn terminations

With UNICORE as standard, bonding core and sheath for maximum security in all situations.

OPTIONAL Sewn terminations

An ideal rope with no diameter restrictions for security in work at height.

OPTIONAL Sewn terminations

Specially developed in collaboration with one of the principal oil companies for use in difficult conditions on oil rigs. Great handling and maximum durability.

Dynamic ropes Dynamic ropes cushion impacts and must be used during certain procedures to absorb the energy of possible falls.

OPTIONAL Sewn terminations

ACCESS 11 mm UNICORE

INDUSTRIE 11 mm

NORTH SEA 11 mm

TOP GUN 10,5 mm

APOLLO 11 mm

Breaking load

3000 daN(kg)

2100 daN(kg)

2300 daN(kg)

Strength with sewn terminations

2400 daN(kg)

1700 daN(kg)

Weight per metre

73 g

75 g

68 g

75 g

% of the sheath

36 %

44 %

40 %

35 %

Type

Standard

Optional

NUMBER

SPECIAL ROPES

idN

BEAL Color Code

Made to measure

RFID chip

Sewn terminations

Universal rope to both Standards EN 892 & EN 1891

Security rope which conforms to 2 standards, both the semi-static and the dynamic rope standards. It’s thus a classic semi static rope well adapted to various types of work on ropes, to rescue, and to tactical applications. In event of a very violent fall an internal Vectran ‘fuse’ will rupture, and the rope then becomes dynamic, with all the security that characterises dynamic ropes. The fuse will rupture under a force of around 3 kN. In addition, DYNASTAT resists a fall factor 1 drop holding 100 kg over a sharp metal edge of 0.75 mm radius. Ideal for delicate operations at height, pylon climbing, clock towers, rescue and fast technical intervention. Strong points: - Semi static and dynamic rope giving security in a wide range of circumstances. - Very low stretch of just 2 % in use. - Semi static rope that does not shrink, and thus doesn’t stiffen up. - A rope that’s supple, with very agreeable handling.

OPTIONAL Sewn terminations

LIGHTWEIGHT ROPES

Semi-Static type B rope, ultra light, but necessitating great care during use.

The lightest of the type A ropes with a margin of security sufficient for some industrial uses.

Great abrasion resistance for the most demanding applications.

Designed to meet the needs of firefighters in their different tasks, conforming to civil security code NIT no. 129-83-92 and to the Standard EN 1891.

LARGER DIMENSION ROPES

43 %

38 % OPTIONAL Sewn terminations

ROPE AS4143.3 Specially developed to meet the requirements of Australian standard AS4143.3, this very low stretch rope has a sheath in polyester and is constructed like the American ropes. Key features: - Reduction in shrinkage (polyester). - Better heat resistance (Melting point of polyester 260° C). - Better abrasion resistance due to a thick sheath.

OPTIONAL Sewn terminations

Standard

Optional

NUMBER

SPECIAL ROPES

idN

BEAL Color Code

Made to measure

RFID chip

Sewn terminations

ROPES RESISTANT TO CHEMICAL PRODUCTS

ROPES RESISTANT TO HIGH TEMPERATURES EFFECT OF HIGH TEMPERATURES ON ARAMID The resistance of Aramid to high temperatures is best illustrated by the graph illustrating the residual strength after exposure to raised temperatures. Thus we may for example see that after 10 hours of exposure at 200° C it retains 100 % of its strength, or that after 1 hour at 350° C it retains 90 % of its strength.

42 %

Residual strength (%)

Relationship between time of exposure at high temperature and residual strength of Aramid.

Semi static Type B rope with an Aramid sheath capable of withstanding a long period close to a major source of heat.

Exposure time (Hours)

Semi-static rope holding a mass of 100 kg exposed to a temperature of 400° C (+ or- 50° C) for 15 minutes:

Core

Results: • Classic 11 mm rope: Break after around 40 seconds. • RAIDER 11 mm rope: Residual strength around 1500 daN after 15 minutes. • RAIDER TACTIC 11 mm rope: residual strength around 1000 daN after 15 minutes.

TEST AGAINST A RED HOT BAR The thickness of the sheath of RAIDER TACTIC has been reduced and the quantity of the core increased to allow it to be certified as a Type A rope .

Sheath Aramid

Aramid

Core

Semi-static rope with an interior sheath in Aramid, covered by a classic sheath. HOTLINE rope allows access in the presence of certain dangerous chemicals. CHEMICAL RESISTANCE OF ARAMID YARN (exposure for 100 hours)

TEST WITH BLOWTORCH Sheath Aramid

Sheath

The rope supports a 100 kg mass. It is held clear of a 25 mm bar heated red-hot. It is released against the bar and the time to rupture measured. Results: • Classic 11 mm rope: 3 seconds • HOTLINE 11 mm: 5 seconds • RAIDER TACTIC 11 mm: 8 seconds • RAIDER 11 mm: 18 seconds

Core

ACIDS

Residual Tenacity in %age

Hydrochloric 20 % at 20° C Nitric 10 % at 20° C Sulphuric 20 % at 95° C Sulphuric 40 % at 95° C Acetic 40 % at 95° C Formic 90 % at 95° C

98 % 99 % 93 % 89 % 97 % 82 %

BASES

Residual Tenacity in %age

Soda 10 % at 95° C Wet cement at 95° C Ammonia at 20° C

75 % 93 % 100 %

OTHER CHEMICAL PRODUCTS Residual Tenacity in %age

Petrol / Gas Benzene Methyl Ethyl Cetone Ethylene Glycol Phenol Sea water

98 % 98 % 97 % 94 % 95 % 100 %

DYNASTAT 10,5 mm

ANTIPODES 9 mm

ANTIPODES 10 mm

ANTIPODES 11,5 mm

ERGO 12,5 mm

AUSTRALIS 11,5 mm

HOTLINE 11 mm

RAIDER 11 mm

RAIDER TACTIC 11 mm

Breaking load

2500 daN(kg)

1900 daN(kg)

2400 daN(kg)

3200 daN(kg)

3800 daN(kg)

3490 daN(kg)

2500 daN(kg)

2600 daN(kg)

2400 daN(kg)

Strength with sewn terminations

1900 daN(kg)

2600 daN(kg)

2700 daN(kg)

Weight per metre

75 g

51 g

62 g

78 g

101 g

93,7 g

79 g

81 g

75 g

% of the sheath

43 %

38 %

43 %

42 %

41 %

30 %

Sheath: Polyamide Core: Polyamide/ Vectran

Polyamide

Type

Material

Polyamide Sheath: Aramid Sheath: Aramid Sheath: Polyester Sheath: Polyamide/ Core: Core: Polyamide Core:Aramid Polyamide Core: Polyamide

Standard

Optional

NUMBER

ROPES FOR TREE WORK

BAOBAB 13,5 mm UNICORE

GINKGO 12 mm

BONSAÏ 13 mm

REGATE 10 mm

13,5 mm

12 mm

13 mm

10 mm

Breaking load

3000 daN(kg)

2700 daN(kg)

3400 daN(kg)

1700 daN(kg)

Strength with sewn terminations

2300 daN(kg)

1800 daN(kg)

2500 daN(kg)

Weight per metre

119 g

92 g

98 g

75 g

% of the sheath

82 %

69 %

61 %

Polyamide

Polyester

Type Diameter

Material

Sheath: Polyester Sheath: Polyester Core: Polyamide Core: Polyamide

BEAL Color Code

Diameter

Made to measure

RFID chip

TOP TRUNK

TOP TRUNK DYNEEMA

20 mm

18 mm

Breaking load

8000 daN(kg)

8000 daN(kg) 18000 daN(kg)

CMU

1100 daN(kg)

2500 daN(kg)

240 g

160 g

Polyester

Dyneema

Weight per metre Material

GOLIATH 14 mm

GOLIATH 16 mm

GOLIATH 18 mm

SUPER GOLIATH 12 mm

SUPER GOLIATH 14 mm

SUPER GOLIATH 16 mm

12 mm

14 mm

16 mm

18 mm

12 mm

14 mm

16 mm

Breaking load

4200 daN(kg)

5500 daN(kg)

6700 daN(kg)

8000 daN(kg)

4700 daN(kg)

6300 daN(kg)

7300 daN(kg)

CMU

600 daN(kg)

780 daN(kg)

950 daN(kg)

1000 daN(kg)

770 daN(kg)

930 daN(kg)

1140 daN(kg)

128 g

179 g

219 g

260 g

137 g

194 g

236 g

Polyester

Weight per metre Material

Sewn terminations

TRUNK

GOLIATH 12 mm Diameter

idN

Standard

Optional

NUMBER

ROPES FOR TREE WORK

idN

BEAL Color Code

Made to measure

RFID chip

Sewn terminations

Its braiding results from the technology of American tree workers, giving it great qualities of strength, pliability and easy handling. The UNICORE process which bonds the core and sheath prevents sheath slippage during use with self-loacking loops.

Short lengths of rope with sewn terminations for constructing self-locking (prusik) loops. These ropes have a 50 % aramid construction intermixed with polyester filaments. Prusiks made from classic ropes have a very short life, because they glaze in use due to the effect of friction. The presence of 50 % of highly thermally resistant aramid fibres in VOLCANO protect it against melting and thus greatly increases its lifetime.

OPTIONAL Sewn terminations

Available in 10 and 12 mm, and 70 and 90 cm lengths, to suit different types of knots. The 10 mm VOLCANO also comes in cut lengths: - In multiples of 10 cm. - Maximum length 200 cm. - Minimum 50 pieces per length.

Made along the same lines as the BAOBAB, its thinner diameter makes a lighter rope, more supple and easier to handle than BAOBAB. It benefits from a new, glueless procedure for bonding the sheath onto the core, preventing all slippage, but still allowing splices to be made.

OPTIONAL Sewn terminations

Diameter Length Breaking load

10 mm / 12 mm 70 cm and 90 cm 2200 daN(kg)

This multi-use rope, with an excellent handling/solidity balance, allows you to undertake all types of tree work in full security.

DISMANTLING SLINGS

OPTIONAL

Slings allowing a pulley to be fixed at height in the tree, and on the other hand the braking system at the base of the trunk.

Sewn terminations

Its double braid polyester serves to make prusik loops. This 10 mm diameter rope, with high abrasion resistance, runs perfectly.

ADJUSTABLE TRUNK SLING Manufactured from hollow braid polyester with a polyurethane coating, this adjustable sling is principally designed for the attachment of braking systems at ground level, at the base of the trunk. Its conception allows it to adapt exactly to different trunk diameters. Available in 3 lengths: 3, 5 and 7 m.

TOP TRUNK SLING (Pulley attachment) Manufactured from hollow braid polyester with a polyurethane coating, this sling is specifically adapted to light removals up to 1100 daN(kg) WLL. Available in two lengths, 3 and 4 m.

RETENTION ROPES The regulations require the application of a coefficient of 7 to all lifting ropes. Breaking load divided by 7 = WLL (Working Load Limit). The weight of the branches must not exceed the Working Load Limit for dismantling in total security. BEAL retention ropes are colour coded by diameter and thus by strength in order to avoid errors.

Coming from the technology of American tree dismantling ropes, GOLIATH is a static double braid rope of 100 % polyester pre-stretched with a polyurethene coating for better abrasion resistance. This rope has an excellent strength/diameter ratio.

The top tree dismantling rope. Made on the same basis as GOLIATH, its twisted core makes it more break resistant for lowering the heaviest loads.

TOP TRUNK DYNEEMA 5 m SLING (High strength pulley attachment) Of identical construction to TOP TRUNK, with a Dyneema sheath which gives it exceptional breaking load and a WLL of more than 2000 daN(kg) !

Standard

Optional

NUMBER

RESCUE ROPES

idN

BEAL Color Code

Made to measure

RFID chip

Residual strength (%)

ROPES RESISTANT TO HIGH TEMPERATURES

Type B rope with Aramid sheath with the best capability of resisting elevated temperatures. See the video on www.beal-planet.com/raider

Aramid sheath

Exposure time (Hours)

Relationship between time of exposure at high temperature and residual strength of Aramid

Core

TEST WITH BLOWTORCH Semi-static rope holding a mass of 100 kg exposed to a temperature of 400° C (+ or – 50° C) for 15 minutes.

The thickness of the Aramid sheath on the RAIDER TACTIC has been reduced, and the quantity of core increased, in order to be able to certify it as type A.

Aramid sheath

Core

RAIDER 11 mm

RAIDER TACTIC 11 mm

INDUSTRIE 10,5 mm

ACCESS 10,5 mm UNICORE

ACCESS 11 mm UNICORE

ERGO 12,5 mm

RESCUE 10,4 mm

2600 daN(kg)

2400 daN(kg)

2700 daN(kg)

3000 daN(kg)

3800 daN(kg)

2100 daN(kg)

2400 daN(kg)

2700 daN(kg)

Weight per metre

81 g

75 g

65 g

73 g

101 g

68 g

% of the sheath

41 %

30 %

38 %

36 %

43 %

Sheath: Aramid Core: Polyamide

Polyamide

Type Breaking load Strength with sewn terminations

Material

Results: • Classic 11 mm rope: Break after around 40 seconds • RAIDER 11 mm rope: Residual strength around 1500 daN after 15 minutes. • RAIDER TACTIC 11 mm rope: residual strength around 1000 daN after 15 minutes. See the video on www.beal-planet.com/raider

Sewn terminations

Standard

Optional

NUMBER

RESCUE ROPES

idN

BEAL Color Code

Made to measure

RFID chip

Sewn terminations

This semi-static rope is specially adapted for rescue and difficult access operations. OPTIONAL Sewn terminations

Due to the UNICORE process, ACCESS ropes bring a new level of security to most delicate operations, whilst retaining lightness and handleability.

OPTIONAL Sewn terminations

Integral UNICORE Process, bonding core and sheath for maximum security in all rigging.

OPTIONAL Sewn terminations

Designed to respond to the needs of firefighters in their various work scenarios, it conforms to French civil security standard NIT no. 129-83-92 and to the standard EN 1891. OPTIONAL Sewn terminations

• Semi-static type B rope, ideal for rescue from height. • The only semi-static rope that remains supple in use, thus good for the frequent knots required in rescue manoeuvres. • Very high abrasion resistance due to a very thick sheath. • Bright colour for good visibility.

FLAT SLINGS Flat slings 18 mm EN 566 and EN 795B Strength 2200 kg

TYPE

WIDTH

Flat

18 mm

STANDARD CERTIFICATION EN 795 B EN 566

CE/UIAA

LENGTH (cm)

BREAKING LOAD

MATERIAL

CONDITIONING

blue: 80 yellow: 120 red: 150

2200 daN(kg)

Polyamide

Standard

Optional

NUMBER

INTERVENTION ROPES

idN

BEAL Color Code

Made to measure

RFID chip

Sewn terminations

ROPES RESISTANT TO RAPID DESCENTS

Type B semi-static ropes specially developed for rapid descent from helicopters by special forces. Their Aramid sheath does not melt, even against a descender overheated by the descent. Whereas classic ropes in polyamide or polyester have a very limited lifetime because their sheath melts, rendering the rope stiff and useless, RAIDER ropes permit multiple descents.

Sheath Aramid

Core

RAIDER 10,5 mm

RAIDER 11 mm

RAIDER TACTIC 11 mm

2300 daN(kg)

2600 daN(kg)

2400 daN(kg)

Weight per metre

69 g

81 g

75 g

Breaking load

7600 daN(kg)

% of the sheath

32 %

41 %

30 %

Weight per metre

94 kg / 100 m

Type Breaking load Strength with sewn terminations

Sheath: Aramid Core: Polyamide

Material

FAST ROPE 40 mm

Sheath: Aramid Sheath: Aramid Core: Polyamide Core: Polyamide

Material

Polyamide

ACCESS 10,5 mm UNICORE

INTERVENTION 9 mm

INTERVENTION 10 mm

INTERVENTION 10,5 mm

INTERVENTION 11 mm

INTERVENTION 11,5 mm

TOP GUN II 10,5 mm

COBRA II 8,6 mm

Breaking load

2700 daN(kg)

1900 daN(kg)

2400 daN(kg)

2700 daN(kg)

3000 daN(kg)

3200 daN(kg)

2100 daN(kg)

Strength with sewn terminations

2400 daN(kg)

2600 daN(kg)

1700 daN(kg)

Weight per metre

65 g

51 g

62 g

65 g

73 g

78 g

68 g

48 g

% of the sheath

38 %

43 %

38 %

36 %

38 %

40 %

39 %

Polyamide

Type

Material

As with the 11 mm RAIDER rope, designed for multiple descents, the RAIDER TACTIC 11 mm is slightly more limited. The thickness of the Aramid sheath has been reduced, and the amount of core increased, in order for RAIDER TACTIC 11 mm to be certifiable as a Type A rope.

Standard

Optional

NUMBER

INTERVENTION ROPES

idN

BEAL Color Code

Made to measure

RFID chip

Sewn terminations

SEMI-STATIC INTERVENTION ROPES Thanks to the UNICORE Process, ACCESS ropes reach a new level in security. By special order only.

OPTIONAL Sewn terminations

Semi-static ropes are endowed with moderate stretch to facilitate interventions and abseils at moderate speed.

OPTIONAL Sewn terminations

DYNAMIC ROPES Dynamic ropes cushion impacts and must be used during certain interventions to absorb the energy of any falls. 1 OPTIONAL Sewn terminations

SPLICE MFT. MultiFit termination DLT. Dynalite termination

FLAT WEBBING

Tested and approved by special forces around the world, BEAL FAST ROPE has been specifically developed for rapid descent from helicopters without the aid of a descender, just the friction of gloves ! Its special construction allows precise and comfortable control during the descent. FAST ROPE is available with 3 types of termination: • EYE SPLICE: A large diameter splice, facilitating the deployment of the rope from scaffolding and larger beams, in order to simulate practice descents from helicopters. • MFT. MultiFit termination: A metal connector which will allow the rapid attachment and freeing of the rope from the hooks fitted into most large load carrying helicopters. • DLT. Dynalite termination: Lightweight textile termination, composed of a Dyneema sling spliced onto the rope end. Allows rapid fixing to most anchor points. At the moment of release the absence of metal in the termination eliminates the risk of injury to persons, or damage to boat bridges. The DLT termination must be checked before every use. Not available in France.

ROUND SLINGS

TUBULAR WEBBING 15

Standard

Optional

NUMBER

Dynamic L anyards

160160 cmcm

160 cm

idN

Kg 22002200 Kg2200 Kg

2500 Kg 2500 Kg

2500 Kg

22002200 Kg Kg

2200 Kg

BEAL Color Code

Made to measure

RFID chip

Adjustable, dynamic rope lanyard with sewn terminations. The dynamic performance of this lanyard is greatly superior to that of traditional static lanyards. By making your own double fig-8 knot point of attachment to your harness you can obtain an assymetric "V" lanyard adjusted to your needs. The lanyard thus made, in conformity with the notice, meets Standard EN 354.

DYNA PRO 8

Fall factor

1 2

Mass

80 Kg 100 Kg 80 Kg 100 Kg

Impact force Weight

6 kN 7,2 kN 8,5 kN 10 kN

120 g

Strength

2200 kg

30 cm 2200 Kg

2200 Kg

60 cm 2200 Kg 60 cm

2200 Kg

30 cm 2200 Kg 30 cm

2200 Kg

60 cm 2200 Kg

Assymetric "V" dynamic rope lanyard with sewn terminations. The dynamic performance of this lanyard is greatly superior to that of traditional static lanyards. Key features: - Perfectly adapted to work at height and rescue. - Ability to clip-in short or long. - Ability to pass intermediate anchors thanks to the 2 branches. - Sewn terminations fitted with a sleeve to protect the rope and a pinch to hold the karabiner in position. - Improved security in the event of a fall (even of high factor) on the lanyard because of the use of dynamic rope. - Secure with a maillon rapide. Length of the branches: 30 cm - 60 cm

Lanyards DYNA PRO V

Fall factor

1 2

Thimble

Mass

80 Kg 100 Kg 80 Kg 100 Kg

Impact force Weight

6,50 kN 7,70 kN 9,8 kN 11 kN

200 g

Pinch

Strength

2200 kg

60 cm

Key features: 2200 Kg - Possible to clip long or short. - Ability to pass intermediate anchors thanks to the 2 branches. - Sewn terminations fitted with a sleeve to protect the rope 30 cm 30 cm and a pinch to hold the karabiner in position. 2200 Kg30 cm - Improved security in the event of a fall (even of high factor) 2200 Kg 2200 on the lanyard because of the use of dynamic rope. - Attach with a maillon rapide or directly onto the chest ring. Length: 160 cm

Lanyards

Sewn terminations

ACCESSORIES Individual IdN No.

BEAL COLOR CODE

0 1 2 3 4 5 6 7 8 9 FLAT SLINGS Flat slings 18 mm EN 566 and EN 795B Strength 2200 kg

TYPE

WIDTH

Flat

18 mm

STANDARD CERTIFICATION EN 795 B EN 566

LENGTH (cm)

BREAKING LOAD

MATERIAL

CONDITIONING

40-60-80 100-150-175

2200 daN(kg)

Polyamide

MATERIAL

CONDITIONING

CE/UIAA

WEBBING Tubular for their flexibility or flat for their durability, webbings are specifically used in belay slings. Cut webbing must always be tied with a tape knot.

TYPE Tubular

Flat

WIDTH STANDARD CERTIFICATION

WEIGHT PER METRE

BREAKING LOAD

16 mm

EN 565

CE/UIAA

31 g

1350 daN(kg) 1800 daN(kg) Polyamide

100 m

26 mm

EN 565

CE/UIAA

38 g

1500 daN(kg) 2000 daN(kg) Polyamide

100 m

18 mm

EN 565

CE/UIAA

39 g

1600 daN(kg) 1800 daN(kg) Polyamide

100 m

26 mm

EN 565

CE/UIAA

35 g

1500 daN(kg) 1900 daN(kg) Polyamide

100 m

30 mm

EN 565

CE/UIAA

37 g

1600 daN(kg) 1950 daN(kg)

Polyamide

100 m

45 mm

EN 565

CE/UIAA

55 g

2200 daN(kg) 2600 daN(kg) Polyamide

100 m

ACCESSORY CORDS Multi-use: BEAL accessory cords from 4 to 8 mm in diameter conform to the requirements of the UIAA and European Standards.

DIAMETER

STANDARD CERTIFICATION

WEIGHT PER METRE

BREAKING LOAD

MATERIAL

4 mm

EN 564

CE/UIAA

11 g

330 daN(kg)

530 daN(kg)

5 mm

EN 564

CE/UIAA

19,5 g

580 daN(kg)

930 daN(kg)

Polyamide

2000 daN(kg)*

Sheath: Polyamide Core: Dyneema

5,5 mm Dyneema

1 800 daN(kg)

Polyamide

CE/UIAA

20 g

6 mm

EN 564

CE/UIAA

23 g

750 daN(kg)

1200 daN(kg)

Polyamide

7 mm

EN 564

CE/UIAA

31 g

1050 daN(kg)

1680 daN(kg)

Polyamide

8 mm EN 564 * With quadruple fisherman knot.

CE/UIAA

40 g

1400 daN(kg)

2200 daN(kg)

Polyamide

ROPE PROTEC TOR S A rope can wear very rapidly over a sharp edge. To protect it, use the PROTECTOR, an ultra-solid rope protector made of two layers of coated material.

Rope protector reinforced on both sides by a tape for better abrasion resistance. Installation facilitated by a magnetic closure.

Length: 70 cm - Weight: 150 g

Key features: - Increased abrasion resistance. - Easy to close thanks to its magnets. - May be independently positioned on metallic surfaces. Length: 70 cm - Weight: 260 g

Made of glass fibre and aluminium, the HOT PROTECTOR is a patented rope protector resistant to heat, welding spatter, angle grinder, or a blowlamp flame - for a short time. Placement is facilitated by a magnetic closure. Key features: - Increased resistance to heat. - Easy to close thanks to its magnets. - Can be independently positioned on hot metal surfaces. Length: 70 cm - Weight: 180 g

MAGNETIC

ROPE PROTEC TOR S A patented woven metal sheath, serving to protect the rope or lanyard from edges or sharp tools. This supple armour is much more durable and effective than conventional rope protectors. The ROPE ARMOUR has to be fixed around the rope, then positioned along it where protection is necessary: metal edges, roof corners, where there could be contact with angle grinders, drills… Compact in store or when positioning on the rope, it lengthens after being put in place. Key features: - Metallic sheath very resistant to cutting. - Very light and supple. - Concertinas to reduce in size. Material: No. 65 galvanised steel Length deployed: 70 cm - Length retracted: 16 cm Weight: 250 g

PRO BAGS

35 litre transport sac – simple and effective. Key features: - HF welding. - Reinforced base. - Metal adjustment buckles. - Identification window. - Side transport handle. Capacity: 35 L - Weight: 735 g

H F Welding technology: no stitching but very solid and waterproof construction with high-frequency welding. Suspension handle withstands over 100 kg. Metallic adjustment buckles.

U ltra resistant biface PVC: 250 g/m2 for the body of the sac. 125 g/m2 on the upper part for ease of closure. Outside black and inside yellow for improved visibility.

35 litre ergonomic transport sac including a waterproof external pocket. Key features: - HF welding. - Reinforced base. - Ergonomic padded back. - Comfortable carrying straps. - Metal adjustment buckles. - Identification window. - Waterproof external pocket. - Side carrying handle. Capacity: 35 L - Weight: 1080 g

Strength 100 kg

Large 45 litre capacity transport sac specially adapted to heavy load carrying. A comfortable belt complements the ergonomic shoulder straps and a padded back. Waterproof exterior pocket and large under-lid pocket to cater for smaller personal items as well as lifetime record sheets. A transparent window aids in identification. Key features: - HF welding. - Reinforced base. - Comfortable belt and straps. - Ergonomic back padding. - Metal adjustment buckles. - Identification window. - Waterproof exterior pocket. - Side carrying handle.

Very large 60 litre capacity transport sac with wide, stiff opening well adapted to rescue and large volume carrying requirements. A large waterproof transparent window allows you to see the sac contents. 2 very strong carrying handles help with handling heavy loads. Key features: - Large rigid opening. - High Frequency welding. - Comfortable shoulder straps and belt. - Ergonomic padded back. - Metal adjustment buckles. - Inventory window. Capacity: 60 L - Weight: 1825 g

Capacity: 45 L - Weight: 1525 g Strength 100 kg Strength 100 kg

PRO BAGS MAGNETIC

GENIUS SIMPLE AND GENIUS TRIPLE Bags for carrying small tools and fastenings. The clic clac express closure stops the pocket contents getting lost. A magnetic plate allows temporary storage on the outside of the pocket. Available as a single pocket and an assembly of 3 with external tool carriers.

Genius Simple

Key features: - Express closure. - Easy to attach to the harness. - Rigid opening. - Magnetic plate. MAGNETIC

Weight: Genius Simple 125 g - Genius Triple 445 g

magnetic plate

Genius Triple

clic clac system

clic ! opened

clac ! Closed

MAGNETIC

magnetic plate

20 litre bucket for tool carrying, drill, screwdriver or disc cutter… but also screws and fittings thanks to the 3 GENIUS clic clac pockets around the outside. The large stiffened opening gives ease of access to the contents. Key features: - Access to tools. - Clic clac pocket closure system. - Rigid carrying handle. - Watertight pocket. - Reinforced base. Capacity: 20 L - Weight: 1085 g

ACCE SSORIES BEAL RFID CHIP For ropes and lanyards.

MARKING KIT + 50 PRE-CUT SHEATHS 50 rotproof labels and 50 pre-cut sheaths make up this traceability kit. The tickets are untearable and impermeable.

RFID chip for ropes

Glove entirely in leather, with reinforced palm. Features: - Ultra supple. - Natural grain leather. - Loop for attachment to harness. - Reinforced palm. - Attachment loop for karabiner.

BEAL HARNESS CHIP For BEAL harness with special pocket.

UNIVERSAL HARNESS CHIP

This brush has been specifically made for cleaning ropes. It adapts easily to different rope diameters. Twist the brush onto the rope then slide the rope holding the brush firmly under water. Insert it at any point along the rope.

May be fixed to any harness by means of its steel band.

Non-aggressive detergent developed for the easy cleaning of polyamide – whether ropes or harness. Does not damage polyamide if the water temperature is less than 30° C.

SYRINGE For inserting a chip into ropes.

RFID chip for ropes

EN 420 (2003) General requirements for protective gloves: safety, comfort and dexterity EN 388 (2003) Protective gloves against mechanical hazards

2122

Mitts, entirely in leather, reinforced palms. Features: - Ultra supple. - Natural grain leather. - Loop for attachment to harness. - Reinforced palm. - Loop for karabiner clipping. - Leaves the fingertips free.

BEAL has developed a special ink for marking the middle or ends of ropes. This ink only hardens the rope a little, resists water and is very abrasion resistant. The container has a small roller for better application of the ink. With one container of Rope Marker you can obtain 30 markings of 5 cm. Attention : Only for use on the ropes listed on the container.

SOFTWARE OF MANAGEMENT AND CONTROL BEAL SOFTWARE V3PRO

EN 420 (2003) General requirements for protective gloves: safety, comfort and dexterity EN 388 (2003) Protective gloves against mechanical hazards

Allows the management of PPE.

Antibacterial product perfected to limit the development of nasty smells. Damages neither polyamide or polyester. Size: 500 ml

RFID READER Allows the chip to be read by simple presentation.

Features: - Manual vaporizer pump. - 500 puffs per container. - Antibacterial perfumed. Use: For equipment in contact with the skin. Exclusively BEAL and EDELWEISS brand security equipment.

2122

CHECK S ON THE STATE OF THE ROPE Check of the state of the rope sheath

Check of the state of the rope core

yes 3

danger

Checks on the state of the rope Cuts Minor

Major

Retire

Minor

Major

Retire

Minor

Major

Retire

Visible hernia - Retire

Internal hernia - Retire

Soft areas of core - Retire

Burns

Abraded zones

State of the core

State of sheath slippage

Rumpled sock effect

Another effect

Condition of sewn terminations YES

Condition of knots Check your knots closed and open

How to absorb sheath slippage 1

ROPES Model

Standard Certification Type

ACCESS 10,5 mm UNICORE INDUSTRIE 10,5 mm ANTIPODES 10,5 mm TOP WORK 10,5 mm CONTRACT 10,5 mm ACCESS 11 mm UNICORE INDUSTRIE 11 mm NORTH SEA 11 mm TOP GUN 10,5 mm APOLLO 11 mm

EN 1891 EN 1891 EN 1891 EN 1891 EN 1891 EN 1891 EN 1891 EN 1891 EN 892 EN 892

CE CE CE CE CE CE CE CE CE CE

A A A A A A A A

DYNASTAT 10,5 mm

EN 892 EN 1891

ANTIPODES 9 mm ANTIPODES 10 mm ANTIPODES 11,5 mm ERGO 12,5 mm

EN 1891 EN 1891 EN 1891 EN 1891

AUSTRALIS 11,5 mm

Breaking load

Strength Strength Strength with with with sewn Figure-of-8 knot Figure-of-9 knot terminations

Number Impact of factor 1 force falls factor 0.3

ROPES FOR DIFFICULT AREA ACCESS 2100 daN(kg) 2400 daN(kg) 16 2100 daN(kg) 2400 daN(kg) 16 2100 daN(kg) 2400 daN(kg) 16 2000 daN(kg) 15 2000 daN(kg) 2200 daN(kg) 12 2200 daN(kg) 2400 daN(kg) 20 2200 daN(kg) 2400 daN(kg) 20 2000 daN(kg) > 20 1700 daN(kg) SPECIAL ROPES

2700 daN(kg) 2700 daN(kg) 2700 daN(kg) 2600 daN(kg) 2500 daN(kg) 3000 daN(kg) 3000 daN(kg) 3000 daN(kg) 2100 daN(kg) 2300 daN(kg)

1950 daN(kg) 1950 daN(kg) 1950 daN(kg) 1900 daN(kg) 1750 daN(kg) 2100 daN(kg) 2100 daN(kg) 1900 daN(kg) -

2500 daN(kg)

1650 daN(kg)

1700 daN(kg)

1900 daN(kg)

CE CE CE CE

B A A A

1900 daN(kg) 2400 daN(kg) 3200 daN(kg) 3800 daN(kg)

1350 daN(kg) 1700 daN(kg) 2300 daN(kg) 2700 daN(kg)

1600 daN(kg) 1800 daN(kg) 2400 daN(kg) -

AS4143.3

3490 daN(kg)

1790 daN(kg)

HOTLINE 11 mm

EN 1891

2500 daN(kg)

RAIDER 11 mm

EN 1891

RAIDER TACTIC 11 mm

EN 1891

Extension 50/150 kg

% Sheath Weight of the slippage per metre sheath

Mass of the core

Shrinkage in water

5,1 kN 5,1 kN 5,1 kN 4,6 kN 5,6 kN 5,1 kN 5,1 kN 5,1 kN -

3 % 3 % 3 % 4,8 % 3 % 2,8 % 2,8 % 4 % -

0,8 % 0,8 % 0,8 % 0,3 % 0 % 0,8 % 0,8 % 0,9 % -

65 g 65 g 65 g 64 g 68 g 73 g 73 g 75g 68 g 75 g

38 % 38 % 38 % 44 % 36 % 36 % 36 % 44 % 40 % 35 %

62 % 62 % 62 % 56 % 64 % 64 % 64 % 56 % -

5 % 5 % 5 % 3,5 % 4 % 4 % 4 % 3 % -

4,3 kN

0,8 %

75 g

43 %

56 %

0 %

2600 daN(kg) 2700 daN(kg)

8 6 > 20 > 20

4 kN 4,3 kN 5,3 kN 5,2 kN

3,6 % 4,4 % 2,6 % 2,9 %

0,3 % 0 % 0,5 % 0 %

51 g 62 g 78 g 101g

43 % 43 % 38 % 43 %

57 % 57 % 62 % 57 %

4 % 4 % 5 % 3,7 %

(375 kg) 8,4 %

0 %

93,7 g

42 %

58 %

1900 daN(kg)

5,6 kN

3,1 %

0 %

79 g

42 %

58 %

3,3 %

2600 daN(kg)

1900 daN(kg)

4,7 kN

3,3 %

0,6 %

81 g

41 %

59 %

0,5 %

2400 daN(kg)

1800 daN(kg)

5,9 kN

3,2 %

0 %

75 g

30 %

70 %

0,5 %

> 20

5,1 kN

5 %

0 %

119 g

82 %

18 %

2 %

Material Polyamide Polyamide Polyamide Polyamide Polyamide Polyamide Polyamide Polyamide

Sheath: Polyamide Core: Polyamide/ Vectran Polyamide Polyamide Polyamide Polyamide Sheath: Polyester Core: Polyamide Sheath: Polyamide Core: Polyamide/ Aramid Sheath: Aramid Core: Polyamide Sheath: Aramid Core: Polyamide

ROPES FOR TREE WORK CE

GINKGO 12 mm

EN 1891

BONSAÏ 13 mm REGATE 10 mm

EN 1891 -

CE CE

RAIDER 11 mm

EN 1891

RAIDER TACTIC 11 mm INDUSTRIE 10,5 mm ACCESS 10,5 mm UNICORE ACCESS 11 mm UNICORE ERGO 12,5 mm RESCUE 10,4 mm

1900 daN(kg)

2700 daN(kg)

1600 daN(kg)

1800 daN(kg)

5,7 kN

4 %

0 %

92 g

69 %

31 %

2,8 %

A -

3400 daN(kg) 1700 daN(kg)

1800 daN(kg) -

2500 daN(kg) RESCUE ROPES

> 20 -

5,3 kN -

4,2 % -

0 % -

98 g 75 g

61 % -

39 % -

4,5 % -

2600 daN(kg)

1900 daN(kg)

4,7 kN

3,3 %

0,6 %

81 g

41 %

59 %

0,5 %

EN 1891

2400 daN(kg)

1800 daN(kg)

5,9 kN

3,2 %

0 %

75 g

30 %

70 %

0,5 %

EN 1891 EN 1891 EN 1891 EN 1891 EN 1891

CE CE CE CE CE

A A A A B

2700 daN(kg) 2700 daN(kg) 3000 daN(kg) 3800 daN(kg) 2100 daN(kg)

1950 daN(kg) 1950 daN(kg) 2100 daN(kg) 2700 daN(kg) 1500 daN(kg)

5,1 kN 5,1 kN 5,1 kN 5,2 kN 4,7 kN

3 % 3 % 2,8 % 2,9 % 4,8 %

0,8 % 0,8 % 0,8 % 0 % 0 %

65 g 65 g 73 g 101 g 68 g

38 % 38 % 36 % 43 % 43 %

62 % 62 % 64 % 57 % 57 %

5 % 5 % 4 % 3,7 % 2,5 %

RAIDER 10,5 mm

EN 1891

2300 daN(kg)

1800 daN(kg)

4,6 kN

3,2 %

0 %

69 g

32 %

68 %

0,5 %

RAIDER 11 mm

EN 1891

2600 daN(kg)

1900 daN(kg)

4,7 kN

3,3 %

0,6 %

81 g

41 %

59 %

0,5 %

RAIDER TACTIC 11 mm

EN 1891

2400 daN(kg)

1800 daN(kg)

5,9 kN

3,2 %

0 %

75 g

30 %

70 %

0,5 %

ACCESS 10,5 mm UNICORE INTERVENTION 9 mm INTERVENTION 10 mm INTERVENTION 10,5 mm INTERVENTION 11 mm INTERVENTION 11,5 mm TOP GUN II 10,5 mm COBRA II 8,6 mm

EN 1891 EN 1891 EN 1891 EN 1891 EN 1891 EN 1891 EN 892 EN 892

CE CE CE CE CE CE CE CE

A B A A A A

2700 daN(kg) 1900 daN(kg) 2400 daN(kg) 2700 daN(kg) 3000 daN(kg) 3200 daN(kg) 2100 daN(kg) -

1950 daN(kg) 1350 daN(kg) 1700 daN(kg) 1950 daN(kg) 2100 daN(kg) 2300 daN(kg) -

2100 daN(kg) 1600 daN(kg) 1800 daN(kg) 2100 daN(kg) 2200 daN(kg) 2400 daN(kg) -

2400 daN(kg) 2400 daN(kg) 2400 daN(kg) 2600 daN(kg) 1700 daN(kg) -

16 8 6 16 20 > 20 -

5,1 kN 4 kN 4,3 kN 5,1 kN 5,1 kN 5,3 kN -

3 % 3,6 % 4,4 % 3 % 2,8 % 2,6 % -

0,8 % 0,3 % 0 % 0,8 % 0,8 % 0,5 % -

38 % 43 % 43 % 38 % 36 % 38 % 40 % 39 %

62 % 57 % 57 % 62 % 64 % 62 % 60 % 61 %

5 % 4 % 4 % 5 % 4 % 5 % -

7600 daN(kg)

Polyamide

20 mm + 10 (D-9 mm) < 15 mm

65 g 51 g 62 g 65 g 73 g 78 g 68 g 48 g 94 kg /100 m

Sheath: Aramid Core: Polyamide Sheath: Aramid Core: Polyamide Sheath: Aramid Core: Polyamide Polyamide Polyamide Polyamide Polyamide Polyamide Polyamide Polyamide Polyamide

FAST ROPE 40 mm Standard reference

EN 1891

2300 daN(kg)

Sheath: Polyester Core: Polyamide Sheath: Polyester Core: Polyamide Polyamide Polyester

3000 daN(kg)

2100 daN(kg) 2400 daN(kg) 16 2100 daN(kg) 2400 daN(kg) 16 2200 daN(kg) 2400 daN(kg) 20 2700 daN(kg) > 20 10 INTERVENTION ROPES

Type A >2200 daN(kg) >1500 daN(kg)

>1500 daN(kg) > 5/100 kg < 6kN

≤ 5 %

Type B >1800 daN(kg) >1200 daN(kg)

>1200 daN(kg) > 5/80 kg < 6kN

≤ 5 %

Sheath: Aramid Core: Polyamide Sheath: Aramid Core: Polyamide Polyamide Polyamide Polyamide Polyamide Polyamide

BAOBAB 13,5 mm UNICORE EN 1891