Key – Linear Coded Key Concept
The Linear coded Key Concept offers a simple, reliable and effective solution for secure interlocking systems. Utilizing individually coded keys and pre-determined sequential removal and insertion. This mechanism ensures that each key fits only in its designated slot of interlock (or cabinet in case of storage). This advanced locking concept is designed for ease of operation, requiring only a push or pull action to lock or unlock to operate host equipment such as valve, gearbox, actuator etc., making it a superior alternative to traditional padlocks.
Salient Features :
- Material: Manufactured from high-quality Stainless Steel (SS 316).
- Individually Coded Keys: Each key is uniquely coded to ensure maximum security.
- Tag plate: Each key has a special colour tag with specific text for identification and indicates the operational status.
- Sequential Operation: Interlocks open and close based on a specific sequence of key removal and insertion.
- Designated Key Slots: Keys fit only in their corresponding lock slots, preventing unauthorized access.
- Design: Robust, reliable, and simple design with push or pull action operates efficiently across a wide temperature range and replaces the traditional rotary mechanism for user-friendly and hassle-free operation.
- Key Insertion: One-directional key insertion for ease of use.
- Key Safety: Utilizes a Trapped Linear Key Concept with uniquely coded keys for enhanced system security. Key codes are recorded for easy replacement and to prevent the use of duplicate keys.
- Additional Keys: Spare keys and master keys are available upon customer request.
- Commissioning keys: Commissioning keys or P-cards come pre-installed in both slots of interlocks for operating the valve in open or closed conditions without using operational keys during different tests of the commissioning phase.
The PEPL Trapped Linear Key Concept offers a state-of-the-art solution for secure and efficient interlocking mechanism combining intelligent design with robust performance.
