5SSB 5SSB Old part no. S 830 Silicon Surge Voltage Suppressor Properties Diffused pnp - Si structure hermetically sealed in metal-ceramic package Available to protect power devices (thyristors) against small and medium power surges (e.g. 200 kW over 10 s) Applications Traction, HVDC transmission, generator excitation, transmitter power supply, high power motor controls Mechanical Data Mu Mounting torque 3.5 Nm m Weight 115 g DS Surface creepage distance 11 mm Da Air strike distance 11 mm Fig. 1 Case ABB s.r.o. Novodvorska 1768/138a, 142 21 Praha 4, Czech Republic tel.: +420 261 306 250, http://www.abb.com/semiconductors TS - S/038/00 Jul-10 1 of 3 5SSB IRM (A) for base width IRRM PRAV PRSM (W) (kW) 5SSB 50X0400 S 830-500-04 450 50 500 500 135 33 7.5 70 30* 350 5SSB 50X0500 S 830-500-05 550 50 600 500 135 33 7.5 70 30* 350 5SSB 38X0600 S 830-380-06 650 50 700 380 100 25 4.5 60 30* 350 5SSB 38X0700 S 830-380-07 750 50 800 380 100 25 4.5 60 30* 350 5SSB 30X0800 S 830-300-08 850 50 900 300 80 21 4 50 30* 350 5SSB 30X0900 S 830-300-09 950 50 1000 300 80 21 4 50 30* 350 5SSB 26X1000 S 830-260-10 1050 50 1100 260 67 18 3.6 41 30* 350 5SSB 26X1100 S 830-260-11 1150 50 1200 260 67 18 3.6 41 30* 350 5SSB 23X1200 S 830-230-12 1250 50 1300 230 58 15 3.4 35 30* 350 5SSB 23X1300 S 830-230-13 1350 50 1400 230 58 15 3.4 35 30* 350 5SSB 20X1400 S 830-200-14 1450 50 1500 200 50 13 3 30 30* 350 5SSB 20X1500 S 830-200-15 1550 50 1600 200 50 13 3 30 30* 350 5SSB 30X1600 S 830-300-16 1650 50 1700 300 80 21 4 50 60** 700 5SSB 30X1700 S 830-300-17 1750 50 1800 300 80 21 4 50 60** 700 5SSB 30X1800 S 830-300-18 1850 50 1900 300 80 21 4 50 60** 700 5SSB 30X1900 S 830-300-19 1950 50 2000 300 80 21 4 50 60** 700 5SSB 26X2000 S 830-260-20 2050 50 2100 260 67 18 3.6 41 60** 700 5SSB 26X2100 S 830-260-21 2150 50 2200 260 67 18 3.6 41 60** 700 5SSB 26X2200 S 830-260-22 2250 50 2300 260 67 18 3.6 41 60** 700 5SSB 26X2300 S 830-260-23 2350 50 2400 260 67 18 3.6 41 60** 700 5SSB 23X2400 S 830-230-24 2450 50 2500 230 58 15 3.4 35 60** 700 5SSB 23X2500 S 830-230-25 2550 50 2600 230 58 15 3.4 35 60** 700 5SSB 23X2600 S 830-230-26 2650 50 2700 230 58 15 3.4 35 60** 700 5SSB 23X2700 S 830-230-27 2750 50 2800 230 58 15 3.4 35 60** 700 5SSB 20X2800 S 830-200-28 2850 50 2900 200 50 13 3 30 60** 700 5SSB 20X2900 S 830-200-29 2950 50 3000 200 50 13 3 30 60** 700 1 x 10 s 1 x 100 s (A) 1 x 10 ms Thyristor VDRM (V) VRRM (V) 1 x 1 ms VR (V) 1 x 100 s Old part no. 1 x 10 s type Notes: VR ... Symmetrical avalanche voltage at IA = 20 A, tp = 10 s, Tvj = 60 C IRM ... Max. avalanche current for a single sine half wave pulse IRRM . . . Max. avalanche current for 10 pulses of 100 s width, repetition frequency 50 Hz PRAV ... Admissible continuous losses at Rthja < 1 K/W, Ta < 60 C, * single side / ** double side cooling PRSM . . . peak power losses for a single 10 s current surge Tvj . . . the initial virtual junction temperature is 60C ABB s.r.o., Novodvorska 1768/138a, 142 21 Praha 4, Czech Republic ABB s.r.o. reserves the right to change the data contained herein at any time without notice TS - S/038/00 Jul-10 2 of 3 5SSB Maximum Ratings Maximum Limits Unit Tjmin -Tjmax Operating temperature range -40 / 125 C TSTG Storage temperature range -40 / 125 C 10 m/s2 Admissible acceleration (vibration) Characteristics for types 5SSB 50X0400 .. 5SSB 20X1500 VR Dependence of avalanche voltage VR on junction temperature Value typ Unit max VR(T) = VR0[1 + 1.1x10-3(T - 60 C)] V 1 100 pF Note 1 Cj Junction capacitance VR = 0 V, Tj = 60 C Rthjh Thermal resistance junction to heatsink 0.5 K/W Note 2 Characteristics for types 5SSB 30X1600 .. 5SSB 20X3100 VR Dependence of avalanche voltage VR on junction temperature Value typ Unit max VR(T) = VR0[1 + 1.1x10-3(T - 60 C)] V 550 pF Note 1 Cj Junction capacitance VR = 0 V, Tj = 60 C Rthjh Thermal resistance junction to heatsink 0.25 K/W Note 1: VR(60C) = VRO; VR(25C) = 0,96 x VRO; VR(125C) = 1,07 x VRO Note 2: For single sided cooling the side carrying the serial number shall be cooled. Notes: ABB s.r.o., Novodvorska 1768/138a, 142 21 Praha 4, Czech Republic ABB s.r.o. reserves the right to change the data contained herein at any time without notice TS - S/038/00 Jul-10 3 of 3