19
3.1 Transportation
The VCBs are transported in the original packing only. Any kind of transport and combinations thereof are
applicable. Transportation shall be provided in waterproof compartments. If air transport is used all products
shall be transported inside heated, pressurized compartments. The packed goods shall be handled in
accordance with the handling symbols. Loading procedures for VCB packaging shall be carried out only with
use of fork lifts, hoists or cranes. If possible the packaged VCB shall be placed on a pallet. During transportation
the VCB must not be subjected to sharp impacts or dropped.
3.2 Storage
If immediate installation is not possible, the VCB shall be stored in the original packing under the following
conditions:
the ISM is switched off;
desiccant must be placed in the packaging;
storage must be dry, well ventilated and the room temperature should be between -
25°C and + 55°C.
Average humidity measured over 1 year
period shall not exceed 75% at 50ºC. If several VCBs are stacked a
maximum of two vertical layers are permitted
In case the storage term exceeds one year from the production date it is recommended to perform the procedu-
re of CM‘s electrolytic capacitor conditioning:
apply power to the CM for 20 seconds;
switch off the power supply and wait for 60 seconds;
repeat the above actions 2 times;
apply power to the CM continuously for 8 hours.
This procedure shall be performed annually during storage of the CM.
3.3 Unpacking and inspection
VCB unpacking and check
Before unpacking, check the carton for damage. Removal of the products from the original packaging must be
carried out with care and in accordance with lifting procedures. Every VCB component shall be checked for
completeness against the packing list included within the routine test certificate supplied with the CM and ISM.
These shall also be verified against the BOM list on the VCB packing list for VCB components and kits.
Unloading procedures for ISM shall be carried out only with use of hoists or cranes. Lifting gear must not be
attached to the support insulators; methods of lifting the ISM out of the carton shown below and must be strictly
followed.
Figure 13
Lifting of ISM15_LD_1, ISM15_LD_3, ISM15_LD_8,
ISM25_LD_1, ISM25_LD_2, ISM15_LD_3
Figure 14
Lifting of ISM15_Shell_2
Summary of Contents for VCB Series
Page 1: ...COMPATIBLE SERIES USER GUIDE...
Page 2: ......
Page 4: ......
Page 5: ...1 Product description...
Page 13: ...13 2 Nameplates and seals...
Page 18: ...18 3 Product handling...
Page 37: ...4 Installation...
Page 87: ......
Page 88: ...5 Commissioning...
Page 94: ...94 Figure 155 The connection points of the contact resistance meter...
Page 95: ......
Page 96: ...6 Operation...
Page 100: ...7 Maintenance and troubleshooting...
Page 105: ......
Page 106: ...8 Disposal...
Page 109: ...109 Appendix 2 Overall Drawings...
Page 112: ...112 ISM15_LD_3 Weight 13 kg ISM15_LD_6 PCD 133 mm Weight 55 kg...
Page 113: ...113 ISM15_LD_8 PCD 210 mm Weight 26 kg...
Page 114: ...114 ISM15_MD_1 150_L PCD 150 mm Weight 33 kg ISM15_MD_1 210_L PCD 210 mm Weight 35 kg...
Page 115: ...115 ISM15_MD_3 Weight 13 kg ISM15_Shell_2 150_L PCD 150 mm Weight 51 kg...
Page 120: ...120 ISM15_HD_1 275 PCD 275 mm Weight 72 kg ISM25_LD_1 210_Par2 PCD 210 mm Weight 36 kg...
Page 123: ...123 ISM25_LD_2 2 PCD 150 mm Weight 37 kg ISM25_LD_3 Weight 14 kg...
Page 125: ...125 Dimensions of Control Module CM_16_1 Par1_Par2_Par3_Par4_Par5 Weight 1 kg...
Page 127: ...127 Dimensions of Interlocking Kits CBkit_Interlock_1 CBkit_Interlock_3...
Page 128: ...128 CBkit_Interlock_4 CBkit_Interlock_5...
Page 129: ...Appendix 3 Secondary Schemes...
Page 130: ...130...
Page 131: ...131...
Page 132: ...132...
Page 133: ...133...
Page 134: ...134...
Page 135: ...135...
Page 136: ...136...
Page 137: ...137...
Page 138: ...138...
Page 139: ...139...
Page 140: ...140...
Page 142: ...Bartlett...