4
1.2
Installation, Operation, and Service Precautions
During installation or servicing this magnet must be locked out following the
Lockout/Tagout procedure defined in section 1.3.
Hazardous voltages are present within this product during normal operation.
This equipment should never be operated with any covers removed or interlocks
defeated.
When operated at peak direct current of 63A the surface temperature of the coils
of the electromagnet can rise as high as 80°C. Care must be taken not to touch
the coils for extended periods.
NEVER SERVICE ALONE.
The output of this equipment and its DC Power Supply is capable of
delivering high voltages at high currents, and is potentially lethal. Do not perform service to this
equipment or its associated DC Power Supply unless another person is present who is capable of
rendering first aid.
1.3
Lockout/Tagout Procedures
Purpose:
To protect personnel and ensure that machines and equipment are isolated from potentially
hazardous electrical energy. Lockout or tagout must occur before employees perform service,
maintenance, or renovation. This is important where unexpected start-up could cause personal
injury, fire, or equipment damage.
Policy:
All equipment shall be locked out where possible. Where such control is not possible, equipment
may be tagged out-of-service. In all instances, equipment shall be made inoperable to protect
against possible operation where such operation may cause personal injury or damage. Employees
must not attempt to operate any switch or source of energy which is locked out or tagged out.
Procedures:
1.
When working on systems which could accidentally be activated, the system shall be locked out
or tagged out by use of a safety lockout device and padlock. In addition, a tag shall be used to
identify the purpose of the shutdown, the employee involved, the date the unit was removed
from service, and when the system may operate again.
2.
If more than one source of energy is present, all such sources must be locked out or tagged out.
Special procedures must be followed to ensure that the equipment is disconnected from an
energy management system or emergency generator system that may start or energize the
equipment.
3.
A lockout is required on all systems where possible. A tagout is an acceptable means of
protection on systems which are less hazardous. An example of less hazardous is a device, if
started accidentally, would not cause personal injury.
Содержание 5203
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Страница 11: ...9 2 3 11907 0224 0 5203 General Assembly ...
Страница 12: ...10 2 4 11907 0233 0 5203 Terminal Block Assembly ...
Страница 13: ...11 2 5 17907 0412 0 5203 Mounting Plate ...
Страница 24: ...22 9 EXCITATION CURVES AND FIELD UNIFORMITY Excitation Curves for the various pole types ...
Страница 25: ...23 Excitation and Field Remanence for the standard pole Type A ...
Страница 26: ...24 Near and far vertical field profiles for the standard pole Type A ...
Страница 27: ...25 ...
Страница 28: ...26 ...
Страница 39: ...37 10 TEST DATA ...
Страница 41: ...39 13907 0025 1 System Wiring 5203 1x BOP20 50 and PDU ...
Страница 42: ...40 13907 0026 1 System Wiring 5203 2x BOP20 50 and PDU ...
Страница 43: ...41 1C907 5203 08 Electrical Assembly 5203 and IECO BPS ...
Страница 44: ...42 1D907 5203 08 Electrical Wiring 5203 and IECO BPS ...
Страница 45: ...43 1C907 5203 09 Electrical Assembly 5203 IECO BPS and 5972 ...
Страница 46: ...44 1D907 5203 09 Electrical Wiring 5203 IECO BPS and 5972 ...
Страница 48: ...46 16907 0116 1 S1 Cable Current Interlock 5203 BOP20 50 and PDU ...
Страница 49: ...47 16907 0116 3 S1 Cable Current Interlock 5203 IECO BPS and 5972 ...
Страница 50: ...48 16907 0281 0 Cable Assembly Interlock Pigtail 5972 or IECO BPS ...
Страница 51: ...49 11907 0620 0 GMW RC 1920 Equipment Rack ...
Страница 57: ...BPS 40 100 Bipolar Power Supply BPS 40 100 40V 100A International Electric Co Document 200203PHa 3 2 2020 ...
Страница 65: ...ThermoFlex Preventative Maintenance ...