FBR51ND06-WF

COMPACT POWER RELAY 1 POLE—30 A (FOR AUTOMOTIVE APPLICATIONS) FBR51, 52 SERIES l Compact and lightweight structure (42% of the volume of the FBR160 relay) l High current contact capacity (carrying current: 35 A/10 minutes, 25 A/1 hour) l High resistance to vibration and shock l Improved heat resistance and extended operation range l Two contact gap options (FBR51: 0.3 mm, FBR52: 0.6 mm) l Three types of contact material n FEATURES n ORDERING INFORMATION [Example] (a) (b) (c) (d) (e) FBR51 N D12 – W1 ** (a) (b) (c) (d) (e) FBR51 : Standard type (contact gap 0.3 mm) FBR52 : Wider contact gap type (contact gap 0.6 mm) N D06 D09 D10 D12 W1 WL WF : Plastic sealed type : 6 VDC : 9 VDC : 10 VDC : 12 VDC : Silver-tin oxide indium (high power type) : Silver-tin oxide indium (lamp loads, see applications table) : Silver-tin oxide indium (flasher loads) Series Name Enclosure Nominal Voltage Contact Material Custom Designation To be assigned custom specification 1 FBR51, 52 SERIES n SPECIFICATIONS Item Contact Arrangement Material Voltage Drop (resistance) Rating Maximum Carrying Current Maximum Inrush Current (reference) Max. Switching Current (reference) Min. Switching Load*1 (reference) Coil Time Value Life Storage Temperature Range Operate (at nominal voltage) Release (at nominal voltage) Mechanical Electrical Specifications W1 contact 1 form C WL contact 1 form A (SPST) WF contact 1 form A (SPST) Silver-tin oxide indium 80 Watt lamp at 14 VDC Silver-tin oxide indium Silver-tin oxide (high power type) indium Maximum 100mV (at 1A 12 VDC) 14 VDC 25 A (motor free load) 60 A 35 A 16 VDC 6 VDC 1A 120 Watt lamp at 14 VDC 80 A 35A / 10 minuntes, 10A / 1hr (25°C, 100% rated coil voltage) Operating Temperature Range -40˚C to +85˚C (no frost) -40˚C to +100˚C (no frost) Maximum 10ms 10 x 106 operations minimum 2 x 105 ops min. 14 VDC 25A Locked motor load Maximum 5mx 1.0 x 105 ops min. 115 Watts lamp, 14 VDC 2.5 x 106 ops min. Inrush 11A 14VDC (0.35 sec - ON / 0.35 sec - OFF) Other Vibrations Resistance Shock Misoperation Resistance Endurance Weight 10 to 55 Hz (double amplitude of 1.5mm) 10m/s2 1,000 m/s2 Approximately 6g *1 Values when switching a resistive load at normal room temperature and humidity and in a clean environment. The minimum switching load varies with the switching frequency and operating environment. 2 FBR51, 52 SERIES n COIL DATA CHART 1. FBR51 Series Model W 1 contact WL Contact WF contact Coil Nominal resistance Must Voltage (±10%) operate voltage (at 20ºC) 6 VDC 9 VDC 60 135 180 240 3.6VDC (at 20ºC) 4.5VDC (at 80ºC) 5.4VDC (at 20ºC) 6.8VDC (at 80ºC) 6.3VDC (at 20ºC) 7.9VDC (at 80ºC) 7.3VDC (at 20ºC) 9.2VDC (at 80ºC) Thermal resistance FBR51ND06-W1 FBR51ND06-WL FBR51ND06-WF FBR51ND09-W1 FBR51ND09-WL FBR51ND09-WF 73ºC/W FBR51ND10-W1 FBR51ND10-WL FBR51ND10-WF 10 VDC FBR51ND12-W1 FBR51ND12-WL FBR51ND12-WF 12 VDC 2. FBR52 Series MODEL W1 contact FBR52ND06-W1 FBR52ND09-W1 FBR52ND10-W1 FBR52ND12-W1 Nominal voltage Coil Must operate resistance (±10%) (at 20°C) voltage 45 Ω 3.6 VDC (at 20°C) 4.5 VDC (at 85°C) Thermal resistance 6 VDC 5.4 VDC (at 20°C) 9 VDC 100 Ω 6.8 VDC (at 85°C) 6.3 VDC (at 20°C) 10 VDC 135 Ω 7.9 VDC (at 85°C) 7.3 VDC (at 20°C) 12 VDC 180 Ω 9.2 VDC (at 85°C) 65°C/W 3 FBR51, 52 SERIES n SUITABLE APPLICATIONS Normal load current (12 VDC system) Recommended model (example) For 16 V or less motor load voltage For instantaneous 20 V or more load voltage Application Description Power Windows Automatic Door Lock Tilt-Lock Wheel Sunroof Adjustable Door Mirror Automatic Antenna Auto-Cruise Lamp loads Others 20 to 25 A forward and reverse BR51Nn -W1 F FBR52Nn -W1 (switching at motor locking) motor control 18 to 25 A forward and reverse FBR51Nn -W1 FBR52Nn -W1 (switching at motor locking) motor control 20 A forward and reverse FBR51Nn -W1 FBR52Nn -W1 (switching at motor locking) motor control 20 to 30 A forward and reverse FBR51N n -W1 FBR52N n -W1 (switching at motor locking) motor control 3 to 5 A forward and reverse (switching at motor locking) motor control 8 to 12 A (INRUSH) break 2 A maximum (motor-free) 2 to 3 A 120 Watts Car Audio System, etc. forward and reverse motor control power shutoff and solenoid for up to 100K operations FBR51N n -W1 FBR51Nn -W1 FBR51Nn-W1 FBR51Nn-WL FBR51Nn-W1 • For the load condition where higher voltage would be encountered during contact break, FBR52 series with wider contact gap is recommended. 1. MAXIMUM BREAK CAPACITY 50 n CHARACTERISTIC DATA 2. LIFE 14 VDC Motor locked load Contact switching current (A) Number of operations (x104) 40 35 30 25 Locked motor load 20 FBR51 15 FBR52 30 20 10 5 High power type (-W1) Resistive load FBR51 FBR52 12 10 10 15 20 25 30 35 40 50 Voltage between contacts (VDC) 10 15 20 25 30 35 40 50 Locked motor current (A) 4 FBR51, 52 SERIES 3. LIFE TEST (EXAMPLE) • Test item 14 V DC-20 A motor lock 200,000 operations minimum (FBR52n-W1 type) • Test circuit RL-1 N.O. N.C. N.O. N.C. RL-2 M • Shift of pick-up drop-out voltage 100 Percent of rated coil voltage (%) 80 60 40 DROP-OUT 20 0 PICK-UP Initial 1 10 100 • Shift of contact resistance • Current wave form (RL-1) 20 A 0A (RL-2) 20 A 0A 0.3 sec 10 sec 0.3 sec 20 sec 1000 Contact Resistance (mΩ) Break Make (measured at 6 V-1 A) 100 10 Initial 1 10 Number of operations (x104) 100 • Test circuit N.O. N.C. RL-1 N.O. N.C. M 60 40 20 0 % of rated coil voltage • Test item 100 14 V DC-25 A Motor lock 200,000 operations minimum 80 (FBR51 -W1 type) • Shift of pick-up and drop-out voltage 100 80 60 40 DROP-OUT PICK-UP M N.O. N.C. RL-2 20 0 1 1 No. of operations (x104) 10 10 100 (measured at 6 V-1 A) 100 • Current wave form (RL-1) 25 A 20 sec • Shift of contact resistance 1000 1000 Contact resistance (measured at 6 V-1 A) 100 Break Make 20 A 0A (RL-2) 25 A 0A 0.3 sec 10 sec 0A 4A 16 A 100 10 0.3 10 m½ sec 1 10 No. of operations (x104) 100 1 10 100 5 FBR51, 52 SERIES Percent of rated coil voltage (%) • Test item 14 V DC-80 A (120W) lamp load 100,000 operations minimum (FBR51n-WL type) • Test circuit N.O. • Shift of pick-up drop-out voltage 100 80 60 40 20 0 Initial PICK-UP DROP-OUT 1 10 Number of operations (x104) 20 100 • Shift of contact resistance • Current wave form 80 A 10 A 1000 Contact Resistance (mΩ) 100 0 A 10 Initial 1 10 Number of operations (x104) 20 100 4. COIL TEMPERATURE RISE (°C) 120 100 0.8 W 0.6 W (3) carrying current : 20 A applied coil power (2) carrying current : 10 A applied coil power 0.8 W 0.6 W 0.8 W 0.6 W (1)carrying current : 0 A applied coil power at 20°C 5. OPERATING COIL VOLATGE RANGE (EXAMPLE) [ FBR51ND12-n ] [ FBR51ND09-n] (V) NOTE : Intermittent coil operation is required in this region at 20 A or more carrying current. NOTE : Intermittent coil operation is required in this region at 20 A or more carrying current carrying current. Coil temperature rise 60 40 20 0 10 CONTINUOUSLY APPLICABLE COIL VOLTAGE RANGE Applied voltage to the coil 80 Applied voltage to the coil 15 (V) 15 10 CONTINUOUSLY APPLICABLE COIL VOLTAGE RANGE 5 5 0 10 20 30 Applied time (minutes) –30 0 50 100 Operating temperature (°C) –30 0 50 100 Operating temperature (°C) 6 FBR51, 52 SERIES 6. VIBRATION RESISTANCE CHARACTERISTICS Dual amplitude (mm) (m/s ) 100 2 5 Automotive electronics standard 1 0.5 0.1 0.01 Acceleration 50 44 m/s 2 Frequency : 10~2000 Hz Acceleration : 100 m/s2 max Direction of vibration : see under diagram Detection level : chatter > 100 µs 10 10 50 100 Frequency (Hz) 500 Range where chattering occurs N.O. contact coil not energized on X-direction Z 1000 2000 FBR51 Y X 7. SHOCK RESISTANCE CHARACTERISTICS (m/s2) 1,000 Shock level 800 600 400 200 0 Shock application time : 11 ms, half-sine wave Test material : coil, energized and de-energized Shock direction : set under diagram Detection level : chatter > 100 µs Y2 Z2 X1 X2 Y1 Y2 Z1 Z2 : N.C. contact (coil de-energized) : N.C. Contact (coil energized) Z1 FBR51 Shock direction X1 X2 Y1 n REFERENCE DATA 80 Distribution of operate and release voltage FBR52 n = 100 Operate Release 100 Distribution of operate and release time 80 FBR52 n = 100 Operate Release Distribution of contact resistance 100 80 FBR52 n = 100 Distribution (%) Distribution (%) 60 40 20 0 Distribution (%) 8 60 60 40 20 0 40 20 0 0 10 20 30 40 50 60 70 80 Nominal voltage multiplying factor (%) 0 1 2 345 Time (ms) 6 7 0 10 20 30 40 50 60 70 80 Contact resistance (m ohm) 7 FBR51, 52 SERIES n DIMENSIONS  Dimensions 15.5+0.2 51ND12-W1 F&T 9427  PC board mounting hole layout (BOTTOM VIEW) 4-O 1.3  Schematics (BOTTOM VIEW) FBR50-W1 2 N.O. 3 12.1+0.2 5 COM 10 R0.4 R0.4 O 1.4 2.5 10.2 1 5 4 N.C. FBR50-WL 13.7+0.3 2 COM 1 (+) N.O. (-) 3 t = 0.3 2.5 10.2 3.5 0.3 1 (1.6) 1 t = 0.4 5 4 N.C. 1.2 5 (1.05) 10 Refer to the test circuit at CHARACTERISTIC DATA for connection, and polarity.  Tube carrier 19.0 Max. 601 Max. 20.3 Max. 45 pcs/tube Unit : mm Fujitsu Components International Headquarter Offices Japan Fujitsu Component Limited Gotanda-Chuo Building 3-5, Higashigotanda 2-chome, Shinagawa-ku Tokyo 141, Japan Tel: (81-3) 5449-7010 Fax: (81-3) 5449-2626 Email: promothq@ft.ed.fujitsu.com Web: www.fcl.fujitsu.com North and South America Fujitsu Components America, Inc. 250 E. Caribbean Drive Sunnyvale, CA 94089 U.S.A. Tel: (1-408) 745-4900 Fax: (1-408) 745-4970 Email: components@us.fujitsu.com Web: http://www.fujitsu.com/us/services/edevices/components/ Europe Fujitsu Components Europe B.V. Diamantlaan 25 2132 WV Hoofddorp Netherlands Tel: (31-23) 5560910 Fax: (31-23) 5560950 Email: info@fceu.fujitsu.com Web: emea.fujitsu.com/components/ Asia Pacific Fujitsu Components Asia Ltd. 102E Pasir Panjang Road #01-01 Citilink Warehouse Complex Singapore 118529 Tel: (65) 6375-8560 Fax: (65) 6273-3021 Email: fcal@fcal.fujitsu.com Web: http://www.fujitsu.com/sg/services/micro/components/ ©2008 Fujitsu Components America, Inc. All rights reserved. All trademarks or registered trademarks are the property of their respective owners. Fujitsu Components America or its affiliates do not warrant that the content of datasheet is error free. In a continuing effort to improve our products Fujitsu Components America, Inc. or its affiliates reserve the right to change specifications/datasheets without prior notice. Rev. January 4, 2008. 8