T/ZJGS 27-2025 Electronic smart lock

Scope

Main Technical Specifications: 5.1 Flexibility 5.1.1 Lock Opening Operation The padlock should open smoothly with a key torque not exceeding 1N·m, and the lock beam should be able to open. For combination locks, the keys or dial wheels should position accurately, and there should be no resistance when opening or closing the lock beam at the set code position. 5.1.2 Key Insertion and Extraction Force The key insertion and extraction force should not exceed 12N. 5.1.3 Lock Beam Closing Force The lock beam closing force should not exceed 45N. 5.1.4 Lock Opening Response Time After receiving the locking command, the electronic smart padlock's locking response time should not exceed 2 seconds. 5.2 Strength 5.2.1 Lock Beam Tensile Strength According to Test 6.2.1, the lock beam should not open after withstanding the tensile force specified in Table 1. 5.2.2 Lock Beam Torsion According to Test 6.2.2, the lock beam should not open after withstanding the torsion specified in Table 1. 5.2.3 Lock Beam Anti-Shear According to Test 6.2.3, the lock beam should not be cut after withstanding the shear force specified in Table 1. 5.2.4 Impact Resistance According to Test 6.2.4, the padlock should not open after withstanding the impact force specified in Table 1. 5.2.5 Lock Cylinder Tensile Strength According to Test 6.2.5, the lock cylinder pins and locking mechanism should not separate from the lock body after withstanding the tensile force specified in Table 1. 5.2.6 Lock Body and Lock Beam Anti-Sawing According to Test 6.2.6, the padlock's lock body and lock beam should not be cut after withstanding the anti-sawing time specified in Table 1. 5.2.7 Anti-Impact Opening According to Test 6.2.7, the lock should not open after withstanding the specified number of impacts in Table 1. 5.2.8 Fall Resistance After falling from a height of 1.8m, the padlock should still function normally without any cracking or breaking of the lock beam

Development Information

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