TRADESAFE TSC2KD10R LOTO Steel Cable Locks with Keys

The TRADESAFE TSC2KD10R lockout tagout steel cable locks with keys solve one of the most challenging scenarios in OSHA-compliant energy control: equipment with multiple energy isolation points that cannot all be reached by a single padlock. The TSC2KD10R's flexible braided steel cables thread through multiple valve handles, circuit breaker toggles, plug covers, and switch guards simultaneously, then lock with a padlock to secure all isolation points in a single locking operation. When your LOTO procedure requires controlling multiple energy sources on complex equipment, steel cable locks deliver the OSHA 29 CFR 1910.147-compliant solution that a padlock alone cannot provide.

Key Features

• Flexible braided steel cable — threads through multiple lockout points simultaneously
• Keyed locking padlock — personal key control per OSHA 1910.147 individual lockout requirements
• Secures multiple energy isolation points with a single lock application
• Non-keyed-alike design — each worker maintains unique key control of their personal cable lock
• High-visibility safety colors — immediate visual confirmation of LOTO status on equipment
• Durable steel cable construction — resists cutting and tampering
• Flexible reach — accommodates irregular equipment geometry and widely spaced isolation points
• Meets OSHA 29 CFR 1910.147 requirements for lockout devices on energy-isolating points
• TRADESAFE brand — dedicated safety product manufacturer for industrial LOTO applications

Specifications

Detailed Description

OSHA 29 CFR 1910.147 — the Control of Hazardous Energy standard, universally known as the Lockout/Tagout standard — establishes a non-negotiable requirement: before any worker services, maintains, or clears a jam in equipment capable of unexpected energization or release of stored energy, that equipment must be isolated from its energy sources and those energy sources must be physically locked out. The standard requires that each worker involved in the servicing operation apply their own personal lock to every energy isolation point — not one shared lock managed by a supervisor, but individual locks from every worker who could be harmed by unexpected equipment operation.

The challenge with complex industrial equipment is that energy isolation is rarely a single-point operation. A machine tool might have a main power disconnect, a pneumatic air supply valve, a hydraulic pressure release valve, and a secondary circuit breaker — four separate energy isolation points, each of which must be locked out before the equipment is safe to service. A standard padlock with a fixed shackle can secure one isolation point. Threading a cable through all four isolation points and locking the cable ends creates a single lockout that controls all four points simultaneously with one padlock application per worker.

The TRADESAFE TSC2KD10R cable lock is engineered specifically for this multi-point scenario. The braided steel cable is flexible enough to navigate the irregular geometry of real-world industrial equipment — threading through multiple circuit breaker toggles that are stacked but not aligned, wrapping around multiple valve handles positioned at different orientations, or threading through a series of plug lockout covers on adjacent electrical outlets. The cable's flexibility is the functional advantage over a rigid shackle: it reaches isolation points that a conventional padlock cannot bridge.

The keyed padlock that secures the cable is individually keyed per OSHA's personal lock requirement. OSHA 1910.147 is explicit: the lockout device must be personal to the worker applying it, and only that worker can remove it. Locks in a LOTO program must be non-keyed-alike — no master key, no shared key, no supervisor override except under specific documented emergency procedures. Each TSC2KD10R includes its own unique key, ensuring that the worker who locks out the equipment is the only person who can remove that specific lock.

High-visibility safety colors on the cable lock provide immediate visual confirmation of LOTO status. When maintenance personnel approach a locked-out machine, colored cable locks draped through multiple isolation points provide an instant, unambiguous visual signal that the equipment is under lockout control. This visual communication is a core element of the LOTO safety system — equipment that appears to be locked out is not operated; equipment without visible lockout devices requires investigation before energization.

Electrical maintenance, HVAC service, and industrial maintenance operations are the primary applications for the TSC2KD10R. Electrical lockout involving multiple breakers in a panel, HVAC service requiring simultaneous air supply and power isolation, and manufacturing equipment with multiple motion and power circuits all present the multi-point isolation scenario where cable locks are the appropriate LOTO device. For single-point isolation — a single circuit breaker, a single valve, a single plug — a standard padlock with hasp is typically sufficient. When multiple points must be controlled, cable locks are the professional's tool.

Compliance and Standards

• OSHA 29 CFR 1910.147 — Control of Hazardous Energy (Lockout/Tagout)
• Designed to meet OSHA requirements for lockout devices: durable, standardized, substantial, and identifiable
• Supports OSHA LOTO requirement for individual worker lock application and exclusive key control
• Non-keyed-alike key system complies with OSHA prohibition on master-keyed LOTO locks
• Applicable to OSHA's general industry LOTO standard; consult 29 CFR 1910.333 for electrical safety-specific requirements

Real-World Benefits

For industrial maintenance teams, the TSC2KD10R eliminates the unsafe workaround of using multiple padlocks on separate isolation points without binding them together — a practice that leaves the possibility of one lock being removed while others remain, creating a false sense of complete lockout. Threading a single cable through all isolation points and applying one keyed lock ensures that no single isolation point can be re-energized while the cable lock is in place. For LOTO program administrators, the TSC2KD10R provides a documented, OSHA-compliant hardware solution for the multi-point isolation procedures documented in energy control procedures (ECPs) for complex equipment.

Applications and Use Cases

• Multi-point circuit breaker lockout in electrical panel maintenance
• Combined power and pneumatic isolation on manufacturing equipment
• HVAC service requiring simultaneous air supply valve and electrical disconnect lockout
• Industrial equipment with multiple energy circuits requiring simultaneous isolation
• Valve lockout on process piping systems with multiple isolation points
• Plug lockout for electrical equipment with multiple power cords

Related Products

• Shop All Lockout Tagout Products
• Shop All PPE
• Brady 123143 Compact Lockout Tagout Personal Safety Kit
• TRADESAFE LOTO Padlocks

Frequently Asked Questions

What is the difference between a LOTO cable lock and a standard padlock for lockout tagout?

A standard padlock has a fixed shackle that can only secure a single lockout point — one hasp, one valve handle bracket, one single circuit breaker. A cable lock's flexible steel cable threads through multiple isolation points simultaneously, binding them all under a single locked cable. When equipment has two or more energy isolation points that must all be controlled before servicing can begin, cable locks are the appropriate device. For single-point isolation, a standard LOTO padlock is typically sufficient.

Does OSHA require each worker to use their own personal cable lock?

Yes. OSHA 29 CFR 1910.147(c)(5)(ii) requires that lockout devices must be individually assigned — each authorized employee must apply their own personal lock to each energy-isolating device before working on the equipment. The TSC2KD10R is non-keyed-alike, meaning each lock in the set has a unique key that only that worker controls. OSHA explicitly prohibits master-keyed locks in LOTO programs because a master key would allow a supervisor to remove a worker's lock while that worker is still in the hazard zone.

Can multiple workers use a single cable lock for group lockout?

No — for group lockout procedures, the standard approach uses a group lockout hasp: a multi-hole device that attaches to the isolation point and allows multiple workers to each add their own personal padlock. The cable lock is one worker's personal device. For multi-worker group lockout of a multi-point isolation scenario, each worker would apply their own cable lock through all the same isolation points, or use a combination of hasps and personal padlocks depending on the equipment geometry.

What types of equipment are the TSC2KD10R cable locks appropriate for?

Cable locks are most effective for circuit breakers with multiple toggles in proximity, valve handle arrays with multiple valves to isolate, plug lockout devices threaded together, and any equipment where multiple energy isolation points must be controlled simultaneously. They are widely used in electrical maintenance, HVAC service, manufacturing equipment maintenance, and process piping systems where multiple valves control a single hazardous energy source.

How should LOTO cable locks be stored and maintained?

Cable locks should be stored in a designated, organized location — a personal LOTO kit, a lockout station pouch, or a labeled kit bag. Inspect cables regularly for fraying, kinking, or corrosion on the cable jacket and connectors. Test the padlock mechanism regularly by locking and unlocking with the assigned key. Replace any cable lock that shows signs of damage, stiff lock mechanism, or compromised cable integrity immediately — a damaged LOTO device is not an acceptable substitute for a functioning one.

Are the keys for different TSC2KD10R locks unique to each lock?

Yes — the TSC2KD10R is a non-keyed-alike system, meaning each lock comes with unique keys that only open that specific lock. This is an OSHA requirement for personal lockout devices. Do not attempt to duplicate keys or establish a master key system for LOTO locks — doing so would violate OSHA 1910.147's individual control requirements and create a serious worker safety hazard.

Do I need cable locks in addition to padlocks, or instead of them?

Cable locks complement padlocks in a comprehensive LOTO program — they do not replace them. Padlocks are used for single-point isolation (one circuit breaker, one valve, one hasp). Cable locks are used when multiple isolation points must be controlled simultaneously. A complete LOTO program typically includes personal padlocks for standard single-point lockouts and cable locks for complex multi-point scenarios. The Brady 123143 personal LOTO kit provides padlocks, hasps, and accessories for standard lockout procedures; cable locks extend the program to multi-point applications.