A unique post for all working universes.
The only one on the market that offers true mounting versatility.
Complies with ANSI, OSHA, EN 795, and CEN/TS 16415 standards.
The same unit can be deployed on various environment thanks to its different adapters.
Designed for efficiency and speed. A single operator can install, secure, and begin operations in under three minutes, completely tool-free.
The Xtirpa™ IN-8021 Universal Post is a multipurpose anchorage solution engineered to provide secure fall protection and rescue capability across industrial, construction, and maintenance environments. Originally developed for mining operations, this system is now adaptable to any work site where portable or vehicle-mounted anchorage is required.
Certified Strength and Dual-User Capacity
Rated for a safe working load of 164 kg (360 lb) and certified for two simultaneous users, the IN-8021 meets and exceeds EN 795:2012 Type A, CEN/TS 16415:2013, ANSI Z359.1, CSA Z259.2.1, and OSHA 1910.66 standards.
Its structural integrity and certified load ratings make it a reliable choice for confined space entry, fall arrest, and rescue applications.
Multiple Mounting Configurations
The system can be securely installed on a floor base, fixed structure, or vehicle using the hitch mount adapter, transforming it into a mobile anchor point.
This flexibility allows it to serve industrial plants, transport fleets, and energy facilities where permanent anchors are impractical.
Integrated Rescue Capability
Equipped with a top-mounted adapter for SRLs (Self-Retracting Lifelines) and winches, the IN-8021 supports both fall arrest and retrieval operations.
Its design allows smooth cable routing and compatibility with Xtirpa™ systems such as the IN-2477 winch and industry-standard retrieval devices.
Certified Safety & Global Compliance
The IN-8021 is tested under EN, ANSI, CSA, OSHA, and EU PPE 2016/425 regulations.
With a minimum breaking strength (MBS) of 13 kN (2,923 lbf) and structural components built from 6061-T6 aluminum with stainless steel hardware, it ensures both durability and corrosion resistance in harsh environments.
Modular, Portable, and Fast to Deploy
Engineered for rapid installation with locking pins and no special tools, the Universal Post can be assembled or relocated in minutes.
Weighing only 15.4 kg (34 lb) (post alone), it’s lightweight yet robust enough for demanding field operations.
IN-8021 Universal Post — Reliable, adaptable, and rescue-ready.
One system, multiple anchoring possibilities.
Standards
ANSI Z359.1 (Class A)
CSA Z259.2.1
OSHA 1910.66
EN 795:2012 Type A
CEN/TS 16415:2013 (2 persons)
PPE Regulation (EU) 2016/425
Material
6061-T6 Aluminum (post and mast)
Stainless steel 304 / 316 or galvanized steel (hardware and base options)
Safe Working Load (WLL)
164 kg (360 lb) per user
Maximum: 2 users simultaneous
Anchorage Minimum Breaking Strength (MBS)
13 kN (2,923 lbf)
Weight
Universal Post (mast assembly): 15.4 kg (34 lb)
Hitch Mount Adapter (optional): 22.6 kg (49.8 lb)
Floor Base Adapter (optional): 28.3 kg (62.4 lb)
System Description
The IN-8021 Universal Post provides a polyvalent anchorage solution for fall protection and rescue applications. Initially developed for the mining sector, it is now compatible with industrial, transportation, and maintenance environments.
The post can be securely installed on the ground, on a fixed base, or on vehicles using the hitch mount adapter.
Its upper mast includes an integrated bracket to fit SRL or winch systems, ensuring a complete fall arrest and rescue setup.
Utilisez votre souris ou vos doigts sur l’appareil pour faire pivoter et zoomer sur l’objet. Cliquez sur l’icône RA dans le coin supérieur droit pour entrer en mode Réalité Augmentée (appareil uniquement). Une fois chargé (soyez patient, le temps de chargement peut varier selon la vitesse de connexion), vous pouvez utiliser le bouton au centre en bas pour prendre des photos ou le maintenir enfoncé pour faire une vidéo. Un glissement à un doigt peut déplacer l’objet dans l’espace RA, un glissement à deux doigts fait pivoter l’objet dans l’espace RA.
