KARAM MAGNA1 Full Body Harness with PN351N energy absorber double lanyard and scaffold hooks

KARAM MAGNA1 Full Body Harness with PN351N (2.0M) Energy Absorber Combo

KTI15009002MAGN

Product Description

The KARAM MAGNA1 Full Body Harness with PN351N (2.0M) Combo is an industrial personal fall arrest system (PFAS) engineered for 100% tie-off safety during work-at-height operations.

Make: KARAM
Model: MAGNA1 with PN351N (2.0M)
Harness Attachment Points: 1 Dorsal bent aluminum D-ring, 2 sternal front textile loops
Rated Harness Capacity: 140 kg
Webbing Material: High-tenacity polyester with retro-reflective threading
Hardware Finish: Cathodic Electrodeposition (CED) corrosion-resistant coating (>500 hours salt spray tested)
Lanyard Configuration: 2.0-meter forked/twin-leg 12 mm 3-strand polyamide twisted rope
Connectors: 1 PN112 alloy steel screw-locking karabiner (25 kN, 18 mm gate) and 2 PN131N forged alloy steel scaffold hooks
Energy Absorber: Integrated tear-webbing pack PN300 limiting arrest forces below 6 kN
Standards & Compliance: EN 361:2002, EN 355:2002, IS 3521 (Part 2):2021, EN 362:2004 Class B/M

KTI15009002MAGN

Price

₹ 10,192.50 excl. GST

+ 18.00% GST. Freight after pincode at cart.

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Product Details
Available Brands	Karam
Unit	Numbers
HSN Code	63072090
Weight	1.75 kg
Warranty	Not Applicable
Tags/categories	Safety PPE Personal Protective Equipment Safety Harness
Standards	EN 355:2002, EN 361:2002, IS 3521(Part 2): 2021

Usually dispatched within 7 days

About this product .

The KARAM MAGNA1 Full Body Harness is constructed from high-tenacity polyester webbing with specialized computerized stitching and integrated retro-reflective threading for low-light visibility. Its dorsal fall arrest attachment utilizes an ergonomically bent, lightweight forged aluminum D-ring to facilitate smooth connector hook-in, complemented by dual frontal textile loops for sternal attachment.
All metal adjustment buckles and hardware on the harness feature black Cathodic Electrodeposition (CED) protective coating rated to endure beyond 500 hours of continuous salt spray testing. The shoulder straps incorporate breathable knitted mesh padding to disperse contact pressure and enhance airflow during prolonged industrial shifts.
Supplied as an integrated personal fall arrest kit, the PN351N 2.0-meter forked lanyard features dual 12 mm three-strand polyamide twisted rope legs. Spliced rope terminations are reinforced with durable steel thimbles and covered with transparent polyethylene protective sleeves to shield against abrasive contact on structural framework.
Energy absorption is handled by an integrated PN300 tear-webbing pack that activates progressively during a fall event, attenuating dynamic impact forces to remain strictly below 6 kN. The lanyard incorporates two forged alloy steel PN131N self-closing scaffold hooks for anchorage attachment alongside a PN112 screw-locking steel karabiner providing a 25 kN minimum breaking strength.
The harness includes dedicated shoulder lanyard keepers to safely dock idle scaffold hooks without interfering with energy absorber deployment. For complete system maintenance, clean webbing and twisted ropes with warm water and neutral soap, inspecting regularly for cut filaments, chemical deterioration, or deployed energy absorber warning indicators.

Product Information .

Industries, Factories Construction, Builder Projects Construction Sites

System Compatibility and Structural Anchorage Interfaces

The KARAM MAGNA 1 full body harness and PN351N 2.0-meter forked energy-absorbing lanyard form an integrated personal fall arrest system (PFAS). When deploying this equipment across work-at-height infrastructures, safety managers must ensure that all connecting hardware, harness connection points, structural anchorages, and personal relief accessories conform strictly to certified dimensions, loading thresholds, and mechanical ratings.

Lanyard-to-Harness Connection Points

The user attachment end of the PN351N lanyard features an alloy steel PN112 screw-locking karabiner. This connector is engineered for direct mechanical coupling with the certified fall arrest attachment points on the MAGNA 1 harness:

Dorsal Fall Arrest Attachment: Connects directly into the harness dorsal lightweight forged aluminum D-ring. The ergonomic bend design of this D-ring facilitates positive engagement and free positioning of the PN112 karabiner gate without binding against the back webbing.
Sternal Fall Arrest Attachment: Couples directly through the two front textile loops. When utilizing the chest fall arrest location, the PN112 connector must pass simultaneously through both front textile loops to equalize deployment loads across the harness chest assembly.
Non-Structural Lanyard Keepers: When one leg of the twin-leg lanyard is detached during movement, it must only be parked on the dedicated dual lanyard keepers mounted on the shoulder straps. It must never be attached back to the dorsal D-ring, sternal loops, or load-bearing webbing, ensuring that the tear-webbing energy absorber PN300 is not bypassed during an arrest event.

Structural Anchorage Interfaces and Scaffold Hooks

The termination ends of the twin-leg PN351N lanyard are fitted with two forged alloy steel PN131N scaffold hooks. These captive self-closing and self-locking connectors are dimensioned for fast anchoring during continuous 100% tie-off transfers:

Scaffold Tubing and Piping: Sized specifically to snap directly over standard steel scaffolding tubes and tubular ledgers without requiring supplementary tie-off adapters or intermediate slings.
Structural Steel Profiles: Attaches securely onto compatible steel angles, flange edges, and structural steel beams capable of supporting fall arrest shock loads.
EN 795 Certified Anchor Devices: Fully compatible with rigid and flexible anchorage lifelines, structural anchor posts, and permanent tie-off eyebolts rated to EN 795 standards.

Connector Compatibility and Hardware Ratings

The hardware components of this combo kit meet standardized mechanical interface ratings, ensuring seamless interoperability within industrial fall arrest setups:

Component	Model Ref	Material & Finish	Gate / Opening	Standard & Rating
Screw-Locking Connector	PN112	Alloy Steel (CED / Black)	18 mm Opening	EN 362:2004 Class B & Class M; 25 kN Breaking Strength
Scaffold Hooks	PN131N (Qty: 2)	Forged Alloy Steel	Large Scaffolding Hook Opening	Self-Closing & Self-Locking Action
Dorsal Anchorage Point	MAGNA 1 D-Ring	Forged Aluminum	Bent Ergonomic Profile	EN 361:2002 Rated; 140 kg User Capacity

Suspension Relief Accessories

The MAGNA 1 harness includes dedicated attachment provisions for suspension trauma mitigation. The harness is fully compatible with KARAM STS 01(N) suspension intolerance relief straps. These auxiliary straps attach directly to the harness side webbing interfaces using dedicated textile loop and hook-and-loop fixtures, enabling suspended personnel to stand in deployable foot loops and relieve venous blood pooling following an arrested fall.

Donning, Fitting, and System Connection Procedures

Proper deployment of the KARAM MAGNA 1 full body harness and PN351N energy-absorbing lanyard combo is critical to maintaining a compliant personal fall arrest system (PFAS). Correct fitting ensures impact forces are distributed safely across the pelvic and chest anatomy, keeping fall arrest loads below the 6 kN threshold managed by the tear-webbing energy absorber.

Pre-Donning Preparation

Before donning, hold the MAGNA 1 harness by its dorsal aluminum D-ring and shake it gently to allow all high-tenacity polyester straps to fall into position. Untangle any twisted thigh or shoulder straps. Visually confirm that all automatic quick-release buckles and chest adjustment hardware are uncoupled and free of debris or grit.

Harness Donning and Torso Alignment

Slip the shoulder straps over the shoulders sequentially, ensuring the breathable knitted mesh pads sit evenly across the trapezius muscles without bunching. Position the dorsal bent aluminum D-ring squarely between the shoulder blades at mid-scapular level.

Bring the sternal front textile loops together across the chest. Connect and secure the chest strap buckle across the mid-sternum. Adjust the chest webbing so it rests horizontally across the breastbone, tensioning the strap to eliminate slack while maintaining full chest expansion for breathing.

Leg Strap Fastening and Tensioning

Reach between the legs, retrieve the corresponding thigh strap, and bring it around the upper leg. Connect the automatic quick-release buckle into its mating receiver until an audible engagement is achieved. Repeat this process for the opposite thigh strap, ensuring that neither leg strap is twisted.

Tighten the leg straps evenly through the adjustment hardware. The straps must be snug against the body without restricting blood circulation or movement.

Verification Checks: Finger and Squat Testing

To confirm correct adjustment before entering a fall-hazard zone, perform standard functional fit verifications:

Two-Finger Clearance Check: Slide a flat hand under each leg strap. You should be able to fit no more than two flat fingers snugly between the high-tenacity polyester webbing and the inner thigh. Excessive slack must be tightened out to prevent upward displacement and groin trauma during a fall arrest incident.
Squat Mobility Test: Perform a deep squat to verify functional flexibility. The harness must maintain its position without slipping off the shoulders or cutting excessively into the groin.
Dorsal Ring Reach Check: Confirm the dorsal D-ring remains centered and reachable without requiring severe contortion.

Connecting the PN351N Forked Lanyard

Connect the PN112 alloy steel screw-locking karabiner at the energy absorber end of the PN351N lanyard directly to the dorsal bent aluminum D-ring or dual sternal textile loops of the MAGNA 1 harness. The PN112 karabiner features an 18 mm gate opening and a minimum breaking strength of 25 kN. Once inserted through the attachment point, close the spring gate and fully thread the knurled screw sleeve until the gate is completely locked.

Never leave the karabiner unlocked. Ensure the energy absorber pack sits oriented upward toward the harness attachment point so that deployment lines deploy downward away from worker interference.

100% Tie-Off Anchor Engagement and Lanyard Keepers

Anchor connections must be managed systematically using the twin PN131N forged alloy steel scaffold hooks:

Anchorage Attachment: Snap the PN131N scaffold hooks over compatible structural steel scaffolding tubes, structural angles, or certified EN 795 anchor points. Confirm that both hook gates self-close and lock completely.
100% Tie-Off Transfer: When transitioning between working levels or bypass points, keep one PN131N hook attached to the anchor structure while advancing the second hook to the next structural anchor point. Disconnect the trailing hook only after the leading hook is securely engaged.
Managing Idle Lanyard Legs: When an arm of the forked lanyard is not connected to an anchorage, attach the free PN131N scaffold hook exclusively to the dedicated breakaway lanyard parking keepers located on the MAGNA 1 shoulder straps. Crucial safety requirement: Never park an idle lanyard hook onto a structural side D-ring, chest loop, or main harness webbing, as doing so can bypass the PN300 tear-webbing energy absorber during a fall.

Inspection, Cleaning, and Storage Guidelines

Pre-Use Visual and Tactile Inspection

Before every shift, competent personnel must perform a comprehensive tactile and visual examination of the entire personal fall arrest combo kit. Inspect the high-tenacity polyester webbing on the KARAM MAGNA 1 harness across all load-bearing sections, running fingers along the edges to detect cuts, fraying, abrasion, pulled yarns, heat glazing, or chemical degradation. Examine the computerized stitching patterns and retro-reflective threading for broken, missing, or loose stitches. Pay close attention to high-stress junctions around the sternal textile attachment loops, shoulder straps, and thigh strap interfaces.

Examine the 12 mm 3-strand polyamide twisted rope legs of the PN351N forked lanyard across their entire 2.0-meter length. Check the rope strands for hockling, untwisting, inner core degradation, or fiber abrasion. Verify that the factory-spliced eye terminations remain intact, with the protective steel thimbles firmly seated and the clear polyethylene protective sleeves free from cracks, splits, or displacement.

Hardware and Connector Maintenance Checks

Inspect all metal components on both the harness and lanyard assembly to verify mechanical integrity and protective finish performance:

Aluminum D-Rings: Inspect the lightweight forged aluminum dorsal D-ring for distortion, cracks, sharp burrs, or deep grooving that could abrade webbing or connector gates.
Coated Fittings: Check harness buckles and adjustment frames featuring Cathodic Electrodeposition (CED) coating and black powder coating for signs of mechanical deformation, cracks, or surface wear beyond normal exposure limits.
PN112 Screw-Locking Karabiner: Verify that the alloy steel connector gate opens smoothly to its full 18 mm clearance and that the manual screw-locking sleeve threads down completely to lock the gate against accidental opening.
PN131N Scaffold Hooks: Function-test the twin alloy steel scaffold hooks to confirm that the double-action, self-closing, and self-locking mechanisms engage automatically without sticking, sluggish travel, or gate misalignment.
Lanyard Keepers: Check the dual breakaway lanyard parking keepers positioned on the shoulder straps to ensure they are undamaged and retain free lanyard legs securely without binding.

Energy Absorber Integrity and Mandatory Retirement

Inspect the PN300 energy absorber tear-webbing pack integrated into the PN351N lanyard. The protective outer casing must be intact, securely enclosing the folded deceleration webbing. Verify that no tearing, partial elongation, or exposed internal red deployment warning threads are visible. If red warning threads are exposed, the absorber has deployed and must never be reused.

Immediate retirement from service is mandatory under the following conditions:

The harness or lanyard has been subjected to the dynamic impact forces of a fall arrest event.
Webbing, rope fibers, or computerized stitching exhibit cuts, severe abrasion, melting, or chemical embrittlement.
The PN300 energy absorber tear-pack shows signs of activation, ruptured packaging, or deployed internal elements.
Metal hardware shows cracks, permanent deformation, or compromised locking functions.

Cleaning, Drying, and Storage Protocols

When cleaning the harness webbing, breathable knitted mesh shoulder pads, and polyamide lanyard ropes, use warm water and a mild, neutral soap solution. Do not use abrasive cleaning pads, harsh industrial solvents, acids, or alkalis, as chemical contact compromises the structural integrity of synthetic fibers. Wipe down metallic hardware with a clean, damp cloth to remove grit and salt residue.

Allow all textile and metallic components to air-dry naturally in a cool, well-ventilated space. Keep the equipment away from open flames, industrial heat sources, and direct sunlight during drying. Store the cleaned equipment in a clean, dry, and well-ventilated environment away from sharp edges, mechanical vibration, corrosive chemicals, and excessive moisture to prevent premature deterioration of synthetic and metallic elements.

Industrial Applications & Deployment Environments

The KARAM MAGNA 1 full body harness paired with the PN351N 2.0-meter forked energy-absorbing lanyard functions as an integrated personal fall arrest system (PFAS). Rated for users up to 140 kg including equipment, this personal protective assembly provides continuous connection and controlled deceleration across heavy industrial work-at-height operations.

Scaffolding Erection, Staging, and Dismantling

During scaffolding assembly, workers encounter open ledges without continuous overhead lifelines. The 2.0-meter twin-leg (Y-configuration) PN351N lanyard enables 100% tie-off mobility by allowing the user to leapfrog anchor points. While one PN131N forged alloy steel scaffold hook remains anchored to a load-bearing standard or ledger tube, the second hook is advanced to the next scaffold tube before the trailing hook is unclipped. The 12 mm 3-strand polyamide twisted rope legs resist job-site abrasion against steel tubing, while integrated thimbles and clear polyethylene protective sleeves safeguard spliced eye terminations from localized edge wear.

Structural Steel Erection and Precast Assembly

Ironworkers and structural steel riggers operating on I-beams, trusses, and structural angles use this combo to bridge horizontal and vertical progressions. The harness features an ergonomic bent lightweight forged aluminum dorsal D-ring that simplifies connector hook-ins even while wearing heavy rigger gloves. In the event of an accidental slip from an elevated steel member, the integrated PN300 tear-webbing energy absorber deploys systematically to arrest the fall, attenuating peak dynamic arresting forces to strictly below 6 kN in compliance with EN 355:2002 and IS 3521 (Part 2):2021.

Telecommunications and Transmission Tower Rigging

Tower technicians climbing lattice structures, monopole steps, and telecommunication masts require uncompromised harness stability and visibility. The MAGNA 1 harness incorporates high-tenacity polyester webbing with retro-reflective threading, enhancing worker visibility during low-light maintenance shifts or internal tower climbs. Dual front textile loops provide an alternate sternal fall arrest connection point suitable for guided-type fall arresters or ladder climbing safety systems, while breathable knitted mesh shoulder pads minimize heat and pressure concentrations during long-duration vertical ascents.

Industrial Plant Maintenance and Corrosive Processing Facilities

Refineries, chemical processing units, offshore platforms, and manufacturing plants require fall arrest equipment capable of resisting aggressive ambient elements. The metallic hardware across the MAGNA 1 harness utilizes Cathodic Electrodeposition (CED) and black corrosion-resistant powder coatings tested to withstand more than 500 hours of continuous salt spray testing. The assembly connects securely to EN 795 certified permanent anchorage points and structural pipe racks via the 25 kN-rated PN112 alloy steel screw-locking karabiner and heavy-duty PN131N scaffold hooks.

Deployment Specification Matrix

Operational Environment	Primary Anchor Interface	Harness Connection Point	Applicable Kit Function
Scaffold Staging & Falsework	Scaffold tubes, transoms, ledgers	Bent aluminum dorsal D-ring	100% tie-off twin-leg progression
Structural Steel Fabrication	Girders, EN 795 anchor eyes	Bent aluminum dorsal D-ring	Fall arrest with

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