Wee tb te dt ee FE ee ee eee eee * cd x % WR Ay el ee RE A GH th % & | th @ | Vesm | Verm | Vr lem | T&F] lo, lew |THE] lesm |THE) Vrmax | AUER [Iemax | AEA % Oo (th O % fH F Ke 7 () WW) CA FC) | A PC) EA) CC) TCA) TCC) | Cae A) [YR YF TCC) SR2C~20 =x 1200/1000 |800 2 124 | 60 1.2 3 25e 500 1000 | 150j 615 SR2C-24 =# 1440/1200 [960 2 124c | 60 1.2 3 25e |500 1200/1503 615 SR2C-4 =# 300 200 160 2 124 | 60 1.2 3 25c | 500 200 150j 615 SR2C-6 =e 400 300} 240 2 124e 160 1.2 3 25e | 500 300 150j 615 SR2C-8 = 500 400/320 2 124 | 60 1.2 3 25e {500 400 150j 615 SR3AM-1 = 100 50 40 2 40a | 200 1.2 10 25e {1000 150 91F SR3AM-10 =# 600 500 =| 400 2 4Qa | 200 1.2 10 25e {1000 | 500 IF SR3AM-12 = 750 600 | 480 2 40a | 200 1.2 10 25e {1000 | 600 91F SR3AM-2 = 150 100 =| a0 2 40a | 200 1.2 10 25e 1000 7100 IF SR3AM~4 =# 250 200 160 2 40a | 200 1.2 10 25e 41000 | 200 91F SR3AM-6 =# 400 300 240 2 40a [200 1.2. 10 25e $1000 | 300 g1F SR3AM-8 =R 500 |400 1320 2 40a | 200 1.2 10 25c 11000 | 400 91F SR3U-2 Ba v)150 100/80 3 40a | 150 11 3 10 100 90J SR3U-4 2aVy)250 200 =| 160 3 40a |150 1.1 3 10 200 90J SROSK~12 wav | 750 600 | 480 0.5 40a [30 1 0.5 10 600 9c SROSK~-16 2z=Yr7/1000 | 800 640 0.5 40a | 30 1 0.5 10 800 gc SROSK~-2 w=aY x! 150 100 =| 80 0.5 40a [30 1 0.5 10 100 9c SROSK-20 2=/y7 {1200 |1000 |800 0.6 40a |30 1 0.5 10 1000 89C SROSK-4 aay |250 200 160 0.5 40a | 30 1 0.5 10 200 gc SRO5K-8 a=7 {500 400 320 0.5 40a | 30 1 0.5 10 400 89C SR10A-10R = | = 38 600 500 =| 400 12 119 |220 1.45 | 35 25 | 1mA 500 150j |SR1OA-10S & ithe 41 SR10A-108 x 600 500 | 400 12 119 | 220 1.45 135 25c | 1mA 500 1503 41 SR10A-12R x 720 600 480 12 119 |220 1.45 [35 25c | imA 600 150j |SRIOA-12S & eR HE 41 SR10A-125 zz 720 600 | 480 12 119 | 220 1.45 135 25ce |1mA | 600 150j 41 SR10A-16R zz 960 300 640 12 119 | 220 1.45 | 35 25 |imA [800 150j |SRIQA-16S RHE 41 SR10A-165 z 960 800 =| 640 12 119 | 220 1.45 | 35 25c |imA | 800 150j 41 SR10A-20R z 1200/1000 | 800 12 119 | 220 1.45 135 25e | 1mA 1000 |150j |SR10A-20S & RPE 41 SR1OA~208 = 1200 |1000 |800 12 119 |220 1.45/35 25ce | 1mA 1000 |150j 41 SRIOA-24R & 1500/1200 | 960 12 119c |220 1.45 135 25c | ima 1200 |150j |SR1OA-24S & RPE 41 SR1OA-24S & 1500 |1200 | 960 12 119 | 220 1.45 135 25 | 1mA 1200 |150j 41 SRIOA-2R z 200 100 =|80 12 119 | 220 1.45 [38 25 | 1mA 100 150j |SR1OA-2S & 38 Ret 41 SR10A~2S z= 200 100 =| 80 12 119 | 220 1.45 [35 25e | 1mA 100 1503 41 SRIOA-4R z 300 200 160 12 119 [220 1.45 35 25e | 1mA 200 150j |SRIOA-4S & 388 fi HE 41 SR10A~4S = 300 200 160 12 119 | 220 1.45 |35 25e | 1mA 200 150j AL SR10A-6R z 400 300 | 240 12 119 [220 1.45 |35 25c | 1mA 300 150j |SRIOA-6S & 338 hi bE 41 SR10A-6S z 400 300 240 12 119 |220 1.45 1/35 25e | 1mA 300 150j 41 SR10A-8R =# 500 400 =| 320 12 119 | 220 1.45 35 25 =| 1mA =| 400 1503 /SRLOA~8S & Bt RR PE 4t SRLOA-8S = 500 400 | 320 12 119 | 220 1.45 435 25 [ima | 400 1505 4t SR10C-2R =z 200 loo =| 80 8 128 (150 1.45 |8 25j | 3mA 100 1504 |SR10C-28 98 RPE 159 SR10C-2S =e 200 100/80 8 123 |150 1.45 [8 253 [3mA 100 1505 159 SR10C-4R = 300 200 160 8 123 }150 1.45 [8 254 | 3mA 200 1503 | SR10C-4S & si fet: 159 SR10C-4S Ed 300 200 160 8 1230 |150 1.45 |8 253 | 3mA 200 150j 159 SR10C-8R = 500 400 320 8 123 | 180 1.45 |8 253 |3mA =| 400 150j |SR1O0C-88 & BHR PE 159 SR10C-8S = 500 400 320 8 128 1150 1.45 [8 25j |3mA |400 1503 159 SR10D-10 = 600 500 12 120 }200 1.3 20 25 | 3mA 500 351 Bass e bb do = | OS PL, iL 1 @7) [1h (77) AN [A | 6b Tb aye hy ot 155282 oe TaN | DAMN gq | 320.5 | 240.2 | 0.5 | 17MIN 25.4MIN | 25.4MIN 88B 340.1 | 2.640.1 0.6 29+1 28+1 28+] 88C 3+0,1 | 2,640.1 0.6 20MIN 27.542 | 27.542 8.0MAX 0.5 26MIN 26MIN | 26MIN 88E_| 3.2MAX . 0.6 27MIN 24MIN | 24MIN 3.2MAX . _ 9.6 26MIN | 30MIN 5 10 LT JKC #50) 25-4MIN | 25.4MIN 2.9) F250) 2MIN | _25MIN 3.4 Y (#187) ; 26MIN | 26MIN 1.32 | 25.4MIN | 95.4MIN te $s b ge f Ct a] ie a (AYK) CF ZF) RS oD oy ne phere A ee) 8 | 26MIN | 26MIN 89A 0.75 | 30MIN | 30MIN 2 2 2642 | 2642 898 | 6. | 07-09 |} 26MIN | 26MIN 2 ae 2iMIN | 21MIN aac | 6: 08 | ani | 2521 | 75 TEMIN 8 |is5MIN |18.5MIN 24MIN | 24MIN 0.8 24 24 7.5MAX | 4.8MAX 24MIN 89E ; 06 1 ry) 7.5MAX | 48MAX | 1 24MIN Wt1 | +1 2 8 7.8MAX | 3.6MAX 25MIN | : 27MIN | 27MIN 896 " 10 % 6 78 46 } 20MIN . 27MIN | 27MIN 9.3MAX | 5.2MAX : 24MIN |B | | $3 CarMin | 27MIN 10MAX | 5.8MAX IN 0) i3 | a [2 2M 3, 19MIN <t HBr + mm >