LOTO KIT

Leading Manufacturer of loto kit. and loto lock from Pune.

LOTO KIT.

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Kit TypePersonal Kit
No Of Padlocks2
Locking MechanismKeyed Different
Included DevicesPadlocks
MaterialPlastic
Compliance StandardOSHA
Storage TypeCarry Bag
No Of UsersSingle User
Application AreaElectrical
Country Of OriginIndia
A Lockout Tagout (LOTO) kit is a specialized safety toolset used to isolate and secure hazardous energy sources during equipment maintenance or repair. These kits are essential for complying with safety regulations like OSHA to prevent accidental machine startups that could lead to injury. Essential LOTO Kit Components:
  • Safety Padlocks: Used to physically secure equipment in the "off" position. Most industrial kits use non-conductive, corrosion-resistant locks with unique keys for each worker.
  • Lockout Hasps: These allow multiple workers to lock out a single energy source simultaneously; the equipment cannot be re-energized until the last worker removes their padlock.
  • Lockout Tags and Ties: Highly visible warning tags (e.g., "Danger: Do Not Operate") that identify the person performing the work and the reason for the lockout.
  • Circuit Breaker Lockouts: Specialized devices that fit over electrical breakers to prevent them from being switched on.
  • Valve Lockouts: Devices designed to secure gate, ball, or butterfly valves in a closed position to isolate hydraulic, pneumatic, or chemical energy.
  • Cable Lockouts: Flexible cables used to secure multiple energy isolation points or uniquely shaped equipment that standard locks cannot reach.
  • Carrying Case/Station: Kits are usually stored in a portable pouch, a durable toolbox, or a wall-mounted station for organized access.

LOTO LOCK

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Kit TypePersonal Kit
No Of Padlocks2
Locking MechanismKeyed Different
Included DevicesPadlocks
MaterialPlastic
Compliance StandardOSHA
Storage TypeCarry Bag
No Of UsersSingle User
Application AreaElectrical
Country Of OriginIndia
  1. Preparation: Identify all energy sources and hazards. Notify "affected" employees (those who operate the machine) of the shutdown.
  2. Shutdown: Turn off the equipment using normal operating controls (e.g., stop buttons).
  3. Isolation: Physically disconnect the machine from its energy sources by flipping breakers or closing valves.
  4. Lockout/Tagout: Apply personal locks and tags to each isolation point. Each worker must use their own lock.
  5. Stored Energy Check: Release any residual energy, such as bleeding hydraulic lines or discharging capacitors.
  6. Verification (Try-out): Attempt to start the machine to confirm it is fully de-energised. Crucial: Return controls to the "off" position afterward.
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Mahesh Oswal (Director)
Balaji Enterprises
Balaji Group, Vasudha House, 1st Floor, S. No. 182/2/1, Main Baner Road, Next To The Great Punjab Hotel, Baner
Pune - 411045, Maharashtra, India

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