SBCHE11680RJ TE Connectivity

High Power Resistor Type SBC (Square Ceramic) Series Key Features Up to 17 Watts Fusible Styles Vertical or Axial Non Flammable Special Solvent Resistance Customer Specials Invited Widely Available from Distribution This range of Power Wirewound Resistors are wound on continuous glass fibre elements or have a ceramic core depending on resistance value. The element is housed in a ceramic case and sealed with an inorganic silica filler. Their construction gives a resistor with high insulation resistance and low surface temperature, capable of withstanding high overload currents. These resistors are ideally suited to a variety of applications within industrial and commercial environments, where performance and reliability are of prime importance. Applications include fan force ovens, cooker hoods, power supplies and triac based speed controls. Custom Design Variants in value and style are welcomed. Characteristics - Electrical Resistance Values: Series E24 5% E12 10% (see tables for value limits per style) Resistance Tolerance: 5% 10% Maximum Continuous Voltage: P x R Load Life: R <3% 1000 hours at 70C Power Rating: See Surface Temperature Curve (below) Characteristics - Environmental and Mechanical Temperature Coefficient of Resistance: 200ppm/C (400ppm/C below 18R) Resistance to Solder Heat: R < 0.2% (350C for 2.5 seconds) Voltage Coefficient of Resistance: Negligible Operating Temperature Range: -55C to +350C Load Stability: R < 5% (full load at 70C for 1000 hours) Long Term Damp Heat: R < 0.2% (21 days at 40C for 93% humidity) Shelf Life: R < 1.0% (per 12 months) Insulation Resistance: > 10000M Dielectric Strength: 2000V RMS Lead Material: Steel - Solder coat Marking: Legend mark, Manufacturer name, type, ohmic value and tolerance. Surface Temperature Rise Curve Derating Curve 250 125 100 200 80 150 60 NB - SBC Series will 100 run 15C hotter than 40 described here 50 20 0 0 02 4 6 8 10 1214 16 18 25 75 125 175 225 275 325 375 Power in Watts Ambient Temperature 1773278 CIS BI 06/2011 Dimensions are in millimeters Dimensions are shown for For email, phone or live chat, go to: te.com/help and inches unless otherwise reference purposes only. specified. Values in brackets Specifications subject are standard equivalents. to change. Surface Temperature SCBH2 SBCH4/5 SBCH6/7 SBCH8 SBCH11 SBCH15 % of PowerHigh Power Resistor Type SBC (Square Ceramic) Series Type SBC - SBCH (Axial Power Resistor) We offer three ceramic profiles for the main wattage sizes. These are for additional heat dissipation and vertical mounting of resistors. The suffix for each style is as follows:- SBC Standard SBCH 4/5/6/7 SBCH 8/11/15 Type SBCHE (For Vertical Mounting) We offer SBCHE Styles with one lengthened lead for vertical mounting. See additional hardware on last page. One Lead Length 20mm longer than case length. Supplied with one longer lead wrapped back in flute in ceramic. Type SBC - (No Flutes in Ceramic) Ohmic Values Dimensions Power Weight Model Max Grams Min Max A B L SBC-2 4 W R20 6K8 6.4 6.4 20 2.3 SBC-4 5 W R30 10K 6.4 6.4 25 2.9 SBC-6 7 W R47 22K 6.4 6.4 38 4.2 SBC-8 9 W 1R0 8K2 9 9 38 7.4 SBC-11 11 W 1R0 22K 9 9 50 10.8 SBC-15 17 W 1R0 22K 9 9 75 15.3 Type SBCH - (Flutes in Ceramic) Ohmic Values Dimensions Power Weight Model Max Grams Min Max A B L SBCH-4 4 W R20 6K8 7 8 20 2.2 SBCH-5 5 W R30 10K 7 8 25 3.5 SBCH-6 7 W R47 22K 7 8 38 5.0 SBCH-7 7 W R33 10K 9 10 25 6.0 SBCH-8 9 W 1R0 8K2 9 10 38 8.0 SBCH-11 11 W 1R0 22K 9 10 50 10.0 SBCH-15 17 W 1R0 22K 9 10 75 15.0 SBCH - 4, 5, 6 SBCH - 7, 8, 11, 15 L = Length of Ceramic Section Type SBCLF - (Externally Fused Style) Ohmic Values Dimensions Power Model Max Min Max A B L SBCLF-4 4 W 2R2 2K2 10 9 25 SBCLF-5 5.5 W 2R2 5K6 10 9 38 SBCLF-7 7 W 3R3 8K2 10 9 50 SBCLF-10 10 W 4R7 12K 10 9 75 Solder for fuse is SnPb 60:40 1773278 CIS BI 06/2011 Dimensions are in millimeters Dimensions are shown for For email, phone or live chat, go to: te.com/help and inches unless otherwise reference purposes only. specified. Values in brackets Specifications subject are standard equivalents. to change.