Polymer Fuse Cut Out
1.Using Environment Conditions:
1.1 Product Normal Using Conditions
1.1.1 Product normal temperature: -40℃~+40℃;
1.1.2 Altitude :≤1000M.
1.1.3 Max. Wind speed :≤ 35m/s.
1.1.4 Earthquake intensity: ≤ 8 degree.
1.2 Product is not suitable for following location:
1.2.1 Inflammation or explosive dangerous area.
1.2.2 Intensive shake or shock area.
1.2.3 Conducting electric,chemical gas as well as heavy pollution & salt fog area.
2.Mouting Method:
2.1 Mounting the fuse cutout on the bracket and fix it by bolt.
2.2 Setting the fuse cutout to the suitable position and fix it ,making sure it is safe and stable.
2.3 Connecting the conduct wire with upper and lower joint clamp by boltt ,it must be connected firmly.
3.Applied Standard:
IEC 62217 IEC60255 IEC60282
4.Technical Character:
Products Code | Type | Rated Voltage | Rated Current | Break Current | Impulsed Voltage | Power Frequency Voltage | Creepage Distance |
TP15101 | CFF10/100 | 11kV | 100A | 10kA | 125kV | 45kV | 330mm |
TP15102 | CFF10/200 | 11kV | 200A | 12kA | 110kV | 45kV | 330mm |
TP15201 | CFF24/100 | 24kV | 100A | 8kA | 150kV | 60kV | 500mm |
TP15202 | CFF24/200 | 24kV | 200A | 10kA | 150kV | 60kV | 500mm |
TP15301 | CFF35/100 | 36kV | 100A | 8kA | 170kV | 80kV | 660mm |
TP15302 | CFF35/200 | 36kV | 200A | 10kA | 170kV | 80kV | 660mm |
5.Material:
Item | Description of parts | Material |
1 | Insulator parts | Polymer Insulator |
2 | Fuse tube parts | Epoxy resin with fiber glass winded vulcanized cotton arc extinction tube |
3 | Contacts parts | Copper alloy with silver coating |
4 | Conductor parts | Pure copper |
5 | No conductor metal parts | Stainless Steel |
6 | Spring parts | Stainless-steel backup spring for sustained contact pressure |
7 | Thickness of Steel coating | 80-120µm |
6.Advantage
TID FUSE CUT OUT VS OTHERS
Can you recognize the different of these two fuse cut out ?
Silver coated and No silver coated
Different thickness of the metal part
Different size of the metal fitting