MPDB69233
Open-Style PDB UL 1953 1000V 250A Tin-plated Aluminum - 310A 3-Pole 2 - 2 openings; 500-#4 --- 3/8-16 x 1 Box to Stud
Silicon Carbide
Silicon carbide has outstanding properties. It shows outstanding thermal conductivity as well as extremely high compression, tensile and flexural strengths.
Pressureless sintered silicon carbide is almost universally corrosion resistant.
Pressureless sintered silicon carbide is almost universally corrosion resistant.
Silicon carbide block heat exchangers
CORRESIC® silicon carbide block heat exchangers are adapted to the heating, cooling, evaporation, condensation and absorption of highly corrosive and/or oxidizing chemicals. This design is one of the most versatile type of silicon carbide heat exchangers.
Silicon carbide shell and tube heat exchangers
CORRESIC® Silicon carbide shell and tube heat exchangers are adapted to the cooling, condensation, heating, evaporation and absorption of highly corrosive chemicals.
The Founder's Era
Our story begins in 1889 when the Eiffel Tower was inaugurated at the Paris Universal Exhibition. Back then Paris was shining thanks to the imagination and determination of talented engineers.
Limitor® - NF/UTE Back-up Fuses, 7,2kV to 24kV - Type FR
FR-type fuses are designed to protect HV/LV power distribution transformers. Designed to be coordinated with other equipment, these current limiting fuse-links interrupt fault currents before they reach their peak. The fault current is interrupted inside the fuse-link body and although this is very fast, there is no sign of it outside.
The 24kV fuses were specially designed with very low power losses, for use in SF6-insulated or compact air-insulated fused switchgear combinations
The main elements in these fuses are: a barrel of class F insulating synthetic material, nickel plated aluminium end contacts, pure silver fuse elements and a composite material fuse element holder to withstand high temperatures.
Thanks to their structure, based on a synthetic material, FR fuse-links are the perfect answer to the stress involved in use inside HV bays and fuse-link chambers.
The 24kV fuses were specially designed with very low power losses, for use in SF6-insulated or compact air-insulated fused switchgear combinations
The main elements in these fuses are: a barrel of class F insulating synthetic material, nickel plated aluminium end contacts, pure silver fuse elements and a composite material fuse element holder to withstand high temperatures.
Thanks to their structure, based on a synthetic material, FR fuse-links are the perfect answer to the stress involved in use inside HV bays and fuse-link chambers.
Small diameter graphite bursting plug with removable membrane -Serie 7
Ideal for medium and high pressures
The "Series 7" rupture plug is composed of a removable membrane made of Graphilor®, Mersen's impregnated graphite. The support is reusable. Only the membrane has to be changed in case of rupture.
The 7 Series rupture plug is ideal for medium and high pressures, from 1.4 barg to 80 barg, and is available in 2 sizes: ½" active diameter and ¾" diameter (12.7mm and 19mm).
The "Series 7" rupture plug is composed of a removable membrane made of Graphilor®, Mersen's impregnated graphite. The support is reusable. Only the membrane has to be changed in case of rupture.
The 7 Series rupture plug is ideal for medium and high pressures, from 1.4 barg to 80 barg, and is available in 2 sizes: ½" active diameter and ¾" diameter (12.7mm and 19mm).
S1047965 - FR240V6,3
High Voltage UTE Back-up fuse Limitor® 24kVAC IEC 6.3A d55mm, L520mm
T1047966 - FR240V6,3P
High Voltage UTE Back-up fuse Limitor® 24kVAC IEC 6.3A d55mm, L520mm Striker 80N