6
II. Shutdown:
Know what type of energy the machine uses.
Identify its potential hazards.
Find the switches or other devices that control energy and need to be locked out.
Let employees know that you will be locking or tagging out the equipment and why.
Turn off the machine or equipment.
III. Isolate the source of energy
Electrical
•
Locate the main switch box or circuit breaker.
•
Open the breaker, open the switch or remove the plug.
•
Attach a lockout enabling device if the circuit cannot otherwise accommodate a padlock.
•
Place plug in a plug lock box.
Mechanical/Storage Potential Energy
•
Lockout enabling device.
•
Secure the energy controlling lockout by attaching a personal lock and completed tag to
the lockout enabling device. If more than one person will be performing the work, each
must apply their own lock to a multiple lock device.
•
Release all stored energy.
•
If there is a heat exposure, allow to cool.
Release from Lockout/Tagout
1. Inspect the surrounding area following completion of work for loose tools, parts, correct valve
settings, system integrity, and exposed conductors.
2. Check that all machine guards are in place and reconnected if applicable.
3. Notify others in the area that the equipment is about to be made operational and returned to
service.
4. Remove personal lock, tag, and lockout enabling device. This step must be performed by the
same person who applied the tag and lock.
Lockout/Tagout Training
The lockout/tagout program is designed to train employees on disabling powered equipment from
their power sources before beginning any servicing or maintenance work. Lockout/tagout
training is required for all employees who may possibly need to lockout and tagout equipment.
Employees will receive annual training in the following areas:
1. Recognition of applicable hazardous energy sources.
2. Methods and Means necessary for energy isolation and control.
3. Restrictions and limitations of lockouts.
Summary of Contents for 5203
Page 2: ...Blank Page ...
Page 11: ...9 2 3 11907 0224 0 5203 General Assembly ...
Page 12: ...10 2 4 11907 0233 0 5203 Terminal Block Assembly ...
Page 13: ...11 2 5 17907 0412 0 5203 Mounting Plate ...
Page 24: ...22 9 EXCITATION CURVES AND FIELD UNIFORMITY Excitation Curves for the various pole types ...
Page 25: ...23 Excitation and Field Remanence for the standard pole Type A ...
Page 26: ...24 Near and far vertical field profiles for the standard pole Type A ...
Page 27: ...25 ...
Page 28: ...26 ...
Page 39: ...37 10 TEST DATA ...
Page 41: ...39 13907 0025 1 System Wiring 5203 1x BOP20 50 and PDU ...
Page 42: ...40 13907 0026 1 System Wiring 5203 2x BOP20 50 and PDU ...
Page 43: ...41 1C907 5203 08 Electrical Assembly 5203 and IECO BPS ...
Page 44: ...42 1D907 5203 08 Electrical Wiring 5203 and IECO BPS ...
Page 45: ...43 1C907 5203 09 Electrical Assembly 5203 IECO BPS and 5972 ...
Page 46: ...44 1D907 5203 09 Electrical Wiring 5203 IECO BPS and 5972 ...
Page 48: ...46 16907 0116 1 S1 Cable Current Interlock 5203 BOP20 50 and PDU ...
Page 49: ...47 16907 0116 3 S1 Cable Current Interlock 5203 IECO BPS and 5972 ...
Page 50: ...48 16907 0281 0 Cable Assembly Interlock Pigtail 5972 or IECO BPS ...
Page 51: ...49 11907 0620 0 GMW RC 1920 Equipment Rack ...