|HORUS
LOCKOUT / TAGOUT

6-Step LOTO Process

The complete Horus Lockout/Tagout workflow — from digital request to controlled energy release.

Lockout Request
1
Request

Lockout Request

The process starts with a digital lockout request in the Horus system. The requester selects the lockout matrix — which already contains all mapped equipment — and the system automatically generates the necessary tags.

OSHA 1910.147 §(d)(3) — Energy control procedure
Primary Source Lockout
2
Field Lockout

Primary Source Lockout

The authorized technician goes to the field with a tablet. Scanning the QR Code on each panel allows Horus to instantly identify each lockout point and guide the technician through every physical isolation step, eliminating human error.

OSHA 1910.147 §(d)(4) — Energy isolation
Lockout Activation — Key Custody
3
Activation

Lockout Activation — Key Custody

Back at the Horus panel, the technician stores the equipment keys in the secure compartment. The system performs electronic signal validation and officially activates the lockout state, synchronizing physical and digital control.

OSHA 1910.147 §(d)(5) — Lockout/Tagout device application
Worker Lockout Inclusion
4
Individual Inclusion

Worker Lockout Inclusion

Before entering the risk zone, each authorized worker must register their individual lockout in the Horus system. This creates individual accountability — the equipment cannot be re-energized while any worker's padlock is installed.

OSHA 1910.147 §(d)(6) — Additional employee protection
Individual Lockout Removal
5
Individual Removal

Individual Lockout Removal

Upon completing the activity, each worker confirms completion in the Horus system. The system verifies if there are other workers still active before authorizing the removal of the individual padlock, ensuring no one is left exposed.

OSHA 1910.147 §(e) — Release from lockout or tagout
Primary Lockout Removal
6
Release

Primary Lockout Removal

Final step. With no active workers, the lockout officer authenticates biometrically at the kiosk. The system releases the key compartment, allowing the maintenance team to safely re-energize the equipment and return it to operation.

OSHA 1910.147 §(e)(3) — Re-energization

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