Part No.: CP38S
New 38mm Steel Short Shackle Safety Padlock
a) Reinforced nylon body, withstand temperature from -20℃ to +80℃. The steel shackle is chrome plated; the non-conductive shackle is made from nylon, withstand temperature from -20℃ to +120℃, ensuring the strength and deformation fracture not easily.
b) Key Retaining Feature: When the shackle is open, the key can’t be removed.
c) Laser printing and logo engraving available if required.
d) All different colors available.
Part No. | Description | Shackle Material | Specification |
KA-CP38S | Keyed Alike |
Steel | "KA": Each padlock is keyed the same in one group "P": Straight edge plastic lock body "S": Steel shackle "SS": Stainless steel shackle "P": Nylon shackle
Other shackle materials available: A: Aluminum shackle B: Brass shackle *1key/lock |
KD-CP38S | Keyed Differ | ||
MK-CP38S | Keyed & Alike/Differ | ||
GMK-CP38S | Grand Master Key | ||
KA-CP38P | Keyed Alike |
Nylon | |
KD-CP38P | Keyed Differ | ||
MK-CP38P | Keyed & Alike/Differ | ||
GMK-CP38P | Grand Master Key |
LOTOTO stop the device
Stop the device following the operational control procedure.
Follow proper procedures to avoid danger to personnel when equipment stops.
The supervisor and all relevant personnel (including authorized and affected personnel) shall understand the reason for stopping the equipment and the types and quantities of all hazardous energy sources associated with the equipment.
Isolation of hot/liquid/gas systems with pressure
For isolation of chemical/heat/liquid/gas systems with pressure and fluidity, valve closing, cut-off, locking and empting should be performed (these systems should also be powered off to the relevant motor or pump), but at least double isolation should be used for the cases listed below
To enter a restricted space that requires permission to enter;
The presence or past presence of flammable materials;
Materials with a PH<2 or PH>12 are present or have been present;
Pressure greater than 100PSI (5,171.5mmHg) exists or has existed;
A temperature greater than or equal to 140 degrees F (60 degrees F) exists or has existed;
Presence or past presence of oxidants, cold temperatures or toxic substances;
Presence or past presence of harmful bacteria or viruses (e.g., cooling towers);
