$B?e2s$j$N$*E9F<20(B $B $BJ?F|(B$B!!(B8$B!'(B30$B!A(B17$B!'(B30$B!!!!(B
$B!!!ZEZF|=KF|$ODj5YF|![(B
TEL 0238-46-2332
$B%M%C%HCmJ8$O#3#6#5F| 
3
$B@nK\%]%s%W(B $B@nK\%]%s%W!"(BP$B%i%$%s%]%s%W!J$&$:4,!K$N$40FFb$G$9!#(B $B%M%C%H2A3J$OA4$F@G9~I=<($G$9!#(B
$BAwNAL5NA!*(B$B!J2-Fl!&N%EgJLES!K(B
   $B$*$B=i$a$F$NJ}MQ$40FFb%Z!<%8$3$A$i$+$i(B $B$I$&$d(Bfax mail$B$I$&$d(B
$B!!$3$A$i$N%i%$%s%]%s%W$O!"A49qAwNAL5NA(B($B0lItCO0h$O!"$40FFb(B)
$B%a!<%+!<%+%?%m%0>\:Y(B   $B%+%?%m%0(B2
$B!!$4CmJ8FbMF3NG'$G$-$^$9!#(B
4
 PE(2) $B7?(B$B!!(BP $B%i%$%s%]%s%W(B$B!!!!!!!!(B$B$3$A$i$O(B50Hz$B>&IJ$G$9!#(B$B!!!!(B60Hz$B$O!"$3$A$i$G$40FFb$7$F$*$j$^$9!#(B
 $B@nK\%]%s%W!!%i%$%s%]%s%W(BPE(2)$B7A(B
$B%+%?%m%0$40FFb(B
 $B"#MQ!!ES(B 
 $B!|Nd29?e=[4DMQ!!!|0lHL9)6HMQ!!!|5!3#%;%C%HMQ(B
 $B"#FC!!D'(B
 $B!|A4JD%b!<%?:NMQ$N$?$a!"%Y%"%j%s%0Nt2=$d@d1oNt2=$K6/$/!"M%$l$?BQ4D6-@-!#(B
 $B!|ITE`1UBP1~$N%a%+%K%+%k%7!<%k$K$h$j!"O3$l$K6/$/D9  $B!|;,IU$-$,$J$/!"%a%s%F%J%s%9$,MF0W!#(B
 $B"#I8=`;EMM(B
 $B!|1U!! $B!!!!!!!!!!!!!!!JE`7k$J$-$3$H!K(B
 $B!|:`!! $B!!!!!!!!!!!!!!!! $B!!!!!!!!!!!!!!!!%1!<%7%s%0#F#C(B
 $B!|<4!!Iu!!%a%+%K%+%k%7!<%k!J#S#i#C!_%+!<%\%s!K(B
 $B!|%b!<%?!!A4JD30@p20307?!!C1Aj(B100$B#V!";0Aj(B200$B#V!!!!!!F14|2sE>B.EY(B3,000min
 $B"#5vMF2!9~05NO(B
0.15$B#k#W!!0J2<(B $BC1Aj(B100$B#V(B 0.2MPa{2.0kgf/cm2}
$B;0Aj(B200$B#V(B
 0.5- ( 0.098$B!_Dy@ZA4MHDx(B ) MPa  { 5.1- $BDy@ZA4MHDx(B  } kgf cm2
10 10
0.25$B#k#W!!0J>e(B
 0.7- ( 0.098$B!_Dy@ZA4MHDx(B ) MPa  { 7.1- $BDy@ZA4MHDx(B  } kgf cm2
10 10
 $B"#5[>eA4MHDx!J(B20$B!n!K(B
$B8}7B(B20mm$B!A(B65mm -6m
$B8}7B(B80mm -5.5m
$BCm!KA4MHDx$+$i(B3m$B$r8:$8$?CM$,>e$NCM$KK~$?$J$$>l9g$O!"A4MHDx$+$i(B3m
$B!!!!$r8:$8$?CM$,:GBg5[9~A4MHDx$H$J$j$^$9!#(B
$B"#I8=`IUB0IJ(B
$B!!Aj%U%i%s%8(B $B%Q%C%-%s!&%\%k%HIU!!(B$B>\:Y?^LL(B
$B@nK\%i%$%s%]%s%W@-G=?^(B 
5
$B8}7B(B
$B-P(B		 $BId(B
$B9f(B		 Hz
 $B7A<0(B  PE(2) $B7?!!(BP $B%i%$%s%]%s%W(B
$BI=5-$J$7!'4]%U%i%s%8(B 
$B%b!<%?(B
KW		 $BEE8;(B
V		 $BI8(B $B=`(B $B;E(B $BMM(B $B5vMF2!9~(B
$B05NO(B		 $BDj2A@G9~(B $B%M%C%H2A3J(B
$BAwNA@G9~(B  		 $B%M%C%HCmJ8(B
$BEG=PNL(B
m3/min		 $BA4MHDx(B
m		 $BEG=PNL(B
m3/min		 $BA4MHDx(B
m		 MPa kgf/$B-Q(B2
20 1 50
PE2-205-0.1S
0.1 $BC1Aj(B
100V		 0.025 7.5 0.05 6.2 0.20 2.0 114,000.  \64,500. 
2 50
PE2-205-0.15S
0.15 $BC1Aj(B
100V		 0.025 9.8 0.05 8.8 0.20 2.0 123,200.  \69,300. 
3 50
PE2-205-0.15T
0.15 $B;0Aj(B
200V		 0.025 9.8 0.05 8.8 0.39 4.0 116,600.  \65,700. 
25 4 50
PE2-255-0.1S
0.1 $BC1Aj(B
100V		 0.04 5.8 0.08 4.2 0.20 2.0 114,000.  \64,500. 
5 50
PE2-255-0.15S
0.15 $BC1Aj(B
100V		 0.04 8.2 0.08 6.2 0.20 2.0 125,400.  \70,500. 
6 50
PE2-255-0.15T
0.15 $B;0Aj(B
200V		 0.04 8.2 0.08 6.2 0.40 4.1 121,000.  \68,100. 
7 50
PE2-255-0.25S
0.25 $BC1Aj(B
100V		 0.025 12.5 0.08 9.8 0.57 5.8 144,100.  \80,700. 
8 50
PE2-255-0.25T
0.25 $B;0Aj(B
200V		 0.025 12.5 0.08 9.8 0.57 5.8 136,400.  \76,500. 
9 50
PE2-255-0.4S
0.4 $BC1Aj(B
100V		 0.025 15.5 0.08 13.2 0.53 5.4 177,100.  \98,700. 
10 50
PE2-255-0.4T
0.4 $B;0Aj(B
200V		 0.025 15.5 0.08 13.2 0.53 5.4 157,300.  \87,900. 
32 11 50 PE2-325-0.15S 0.15 $BC1Aj(B
100V		 0.063 6.2 0.125 3.8 0.20 2.0 150,700.  \84,300. 
12 50 PE2-325-0.15T 0.15 $B;0Aj(B
200V		 0.063 6.2 0.125 3.8 0.43 4.4 138,600.  \77,700. 
13 50 PE2-325-0.25S 0.25 $BC1Aj(B
100V		 0.063 9.8 0.125 7.2 0.58 5.9 157,300.  \87,900. 
14 50 PE2-325-0.25T 0.25 $B;0Aj(B
200V		 0.063 9.8 0.125 7.2 0.58 5.9 139,700.  \78,300. 
15 50 PE2-325-0.4S 0.4 $BC1Aj(B
100V		 0.063 14 0.125 11 0.54 5.5 198,000.  \110,100. 
16 50 PE2-325-0.4T 0.4 $B;0Aj(B
200V		 0.063 14 0.125 11 0.54 5.5 171,600.  \95,700. 
17 50 PE325E0.75 0.75 $B;0Aj(B
200V		 0.04 22.5 0.125 17.5 0.46 4.7 232,100.  \128,600. 
40 18 50 PE2-405-0.25S 0.25 $BC1Aj(B
100V		 0.1 7.2 0.2 5.0 0.62 6.3 183,700.  \102,300. 
19 50 PE2-405-0.25T 0.25 $B;0Aj(B
200V		 0.1 7.2 0.2 5.0 0.62 6.3 159,500.  \89,100. 
20 50 PE2-405-0.4S 0.4 $BC1Aj(B
100V		 0.1 11.0 0.2 7.8 0.57 5.8 205,700.  \114,300. 
21 50 PE2-405-0.4T 0.4 $B;0Aj(B
200V		 0.1 11.0 0.2 7.8 0.57 5.8 182,600.  \101,700. 
22 50 PE405E0.75 0.75 $B;0Aj(B
200V		 0.05 19 0.2 13 0.50 5.1 235,400.  \130,400. 
23 50 PE405E1.5 1.5 $B;0Aj(B
200V		 0.05 29.8 0.2 22 0.39 4.0 298,100.  \164,600. 
24 50  PE405E2.2 2.2 $B;0Aj(B
200V		 0.05 40 0.2 30.5 0.30 3.1 332,200.  \183,200. 
50 25 50 PE2-505-0.4S 0.4 $BC1Aj(B
100V		 0.16 9 0.32 4.8 0.60 6.1 220,000.  \122,100. 
26 50 PE2-505-0.4T 0.4 $B;0Aj(B
200V 		 0.16 9 0.32 4.8 0.60 6.1 191,400.  \106,500. 
27 50 PE505E0.75 0.75 $B;0Aj(B
200V		 0.1 15.8 0.32 8.5 0.53 5.4 236,500.  \131,000. 
28 50 PE505E1.5 1.5 $B;0Aj(B
200V		 0.1 24.5 0.32 16.5 0.45 4.6 304,700.  \168,200. 
29 50 PE505E2.2 2.2 $B;0Aj(B
200V		 0.1 31.5 0.32 20.5 0.38 3.9 342,100.  \188,600. 
30 50 PE505E3.7 3.7 $B;0Aj(B
200V		 0.1 42.5 0.32 32.5 0.29 3.0 459,800.  \256,000. 
65 31 50 PE655E0.75 0.75 $B;0Aj(B
200V		 0.2 10.5 0.63 4.2 0.57 5.8 251,900.  \139,400. 
32 50 PE655E1.5 1.5 $B;0Aj(B
200V		 0.2 16 0.63 10 0.51 5.2 308,000.  \170,000. 
33 50 PE655E2.2 2.2 $B;0Aj(B
200V		 0.2 21 0.63 12.5 0.46 4.7 368,500.  \206,300. 
34 50 PE655E3.7 3.7 $B;0Aj(B
200V		 0.2 31.8 0.63 20.5 0.35 3.6 446,400.  \278,388. 
80 35 50 PE805E1.5 1.5 $B;0Aj(B
200V		 0.4 11.5 1.0 5.5 0.54 5.5 330,000.  \188,100. 
36 50 PE805E2.2 2.2 $B;0Aj(B
200V		 0.4 14.2 1.25 5.5 0.52 5.3 382,800.  \218,196. 
37 50 PE805E3.7 3.7 $B;0Aj(B
200V		 0.4 21.5 1.25 11.8 0.42 4.3 488,400.  \278,388. 
38 50 PE805E5.5 5.5 $B;0Aj(B
200V		 0.4 28 1.25 16.5 0.38 3.9 629,200.  \348,196. 
39 50 PE805E7.5 7.5 $B;0Aj(B
200V		 0.4 35 1.25 23.8 0.30 3.1 741,400.  \422,598. 
6
PE(2) $B7?(B$B!!(BP $B%i%$%s%]%s%W(B$B!!!!(B$B$3$A$i$O(B60Hz$B>&IJ$G$9!#(B50Hz$B$O!"$3$A$i$G$40FFb$7$F$*$j$^$9!#(B
PE(2) $B7?!!(BP $B%i%$%s%]%s%W(B
$B%+%?%m%0$40FFb(B
 $B"#MQ!!ES(B
 $B!|Nd29?e=[4DMQ!!!|0lHL9)6HMQ!!!|5!3#%;%C%HMQ(B
 $B"#FC!!D'(B
 $B!|A4JD%b!<%?:NMQ$N$?$a!"%Y%"%j%s%0Nt2=$d@d1oNt2=$K6/$/!"M%$l$?BQ4D6-@-!#(B
 $B!|ITE`1UBP1~$N%a%+%K%+%k%7!<%k$K$h$j!"O3$l$K6/$/D9  $B!|;,IU$-$,$J$/!"%a%s%F%J%s%9$,MF0W!#(B
 $B"#I8=`;EMM(B
 $B!|1U!! $B!!!!!!!!!!!!!!!JE`7k$J$-$3$H!K(B
 $B!|:`!! $B!!!!!!!!!!!!!!!! $B!!!!!!!!!!!!!!!!%1!<%7%s%0#F#C(B
 $B!|<4!!Iu!!%a%+%K%+%k%7!<%k!J#S#i#C!_%+!<%\%s!K(B
 $B!|%b!<%?!!A4JD30@p20307?!!C1Aj(B100$B#V!";0Aj(B200$B#V!!!!!!!!!!!!!!F14|2sE>B.EY(B3,600min
 $B"#5vMF2!9~05NO(B
0.15$B#k#W!!0J2<(B $BC1Aj(B100$B#V(B
0.2MPa{2.0kgf/cm2}
$B;0Aj(B200$B#V(B
 0.5- ( 0.098$B!_Dy@ZA4MHDx(B ) MPa  { 5.1- $BDy@ZA4MHDx(B  } kgf cm2
10 10
0.25$B#k#W!!0J>e(B
 0.7- ( 0.098$B!_Dy@ZA4MHDx(B ) MPa  { 7.1- $BDy@ZA4MHDx(B  } kgf cm2
10 10
 $B"#5[>eA4MHDx!J(B20$B!n!K(B
$B8}7B(B20mm$B!A(B65mm -6m
$B8}7B(B80mm -5.5m
$BCm!KA4MHDx$+$i(B3m$B$r8:$8$?CM$,>e$NCM$KK~$?$J$$>l9g$O!"A4MHDx$+$i(B3m
$B!!!!$r8:$8$?CM$,:GBg5[9~A4MHDx$H$J$j$^$9!#(B
 $B"#I8=`IUB0IJ(B
$B!!Aj%U%i%s%8(B $B%Q%C%-%s!&%\%k%HIU!!(B$B>\:Y?^LL(B
$B@nK\%i%$%s%]%s%W@-G=?^(B
7
$B8}7B(B
$B-P(B		 $BId(B
$B9f(B		 Hz
 $B7A<0(B  PE(2) $B7?!!(BP $B%i%$%s%]%s%W(BPE2-205-0.15T
$BI=5-$J$7!'4]%U%i%s%8(B 
$B%b!<%?(B
KW		 $BEE8;(B
V		 $BI8(B $B=`(B $B;E(B $BMM(B $B5vMF2!9~05NO(B $BDj2A@G9~(B $B%M%C%H2A3J(B
$BAwNA@G9~(B  		 $B%M%C%HCmJ8(B
$BEG=PNL(B
m3/min		 $BA4MHDx(B
m		 $BEG=PNL(B
m3/min		 $BA4MHDx(B
m		 MPa kgf/$B-Q(B2
20 1 60
PE2-206-0.1S
0.1 $BC1Aj(B
100V		 0.028 7.2 0.056 5.5 0.20 2.0 114,400.  \64,500.
2 60
PE2-206-0.15S
0.15 $BC1Aj(B
100V		 0.028 9.2 0.056 7.5 0.20 2.0 123,200.  \69,300.
3 60
PE2-206-0.15T
0.15 $B;0Aj(B
200V		 0.028 9.2 0.056 7.5 0.39 4.0 116,600.  \65,700.
4 60
PE2-206-0.25S
0.25 $BC1Aj(B
100V		 0.028 14.2 0.056 12.5 0.55 5.6 139,700.  \78,300.
5 60
PE2-206-0.25T
0.25 $B;0Aj(B
200V		 0.028 14.2 0.056 12.5 0.55 5.6 132,000.  \74,100.
25 6 60
PE2-256-0.15S
0.15 $BC1Aj(B
100V		 0.045 7.2 0.09 5 0.20 2.0 125,400.  \70,500.
7 60
PE2-256-0.15T
0.15 $B;0Aj(B
200V		 0.045 7.2 0.09 5 0.41 4.2 121,000.  \68,100.
8 60 
PE2-256-0.25S
0.25 $BC1Aj(B
100V		 0.045 11.8 0.09 9.2 0.56 5.7 144,100.  \80,700.
9 60
PE2-256-0.25T
0.25 $B;0Aj(B
200V		 0.045 11.8 0.09 9.2 0.56 5.7 136,400.  \76,500.
10 60
PE2-256-0.4S
0.4 $BC1Aj(B
100V		 0.028 17.5 0.09 13.2 0.51 5.2 173,800.  \96,900.
11 60
PE2-256-0.4T
0.4 $B;0Aj(B
200V		 0.028 17.5 0.09 13.2 0.51 5.2 156,200.  \87,300.
32 12 60 PE2-326-0.25S 0.25 $BC1Aj(B
100V		 0.071 9 0.14 6.2 0.59 6.0 159,500.  \89,100.
13 60 PE2-326-0.25T 0.25 $B;0Aj(B
200V		 0.071 9 0.14 6.2 0.59 6.0 138,600.  \77,700.
14 60 PE2-326-0.4S 0.4 $BC1Aj(B
100V		 0.071 14 0.14 10.2 0.53 5.4 189,200.  \105,300.
15 60 PE2-326-0.4T 0.4 $B;0Aj(B
200V		 0.071 14 0.14 10.2 0.53 5.4 159,500.  \89,100.
16 60 PE326E0.75 0.75 $B;0Aj(B
200V		 0.045 21.8 0.14 17 0.46 4.7 217,800.  \120,900.
17 60 PE326E1.5 1.5 $B;0Aj(B
200V		 0.045 34 0.14 28 0.34 3.5 275,000.  \152,600.
40 18 60 PE2-406-0.4S 0.4 $BC1Aj(B
100V		 0.11 10.5 0.22 7.8 0.58 5.9 209,000.  \116,100.
19 60 PE2-406-0.4T 0.4 $B;0Aj(B
200V		 0.11 10.5 0.22 7.8 0.58 5.9 183,700.  \102,300.
20 60 PE406E0.75 0.75 $B;0Aj(B
200V		 0.06 19 0.25 8 0.50 5.1 218,900.  \121,500.
21 60 PE406E1.5 1.5 $B;0Aj(B
200V		 0.06 28.5 0.25 19 0.40 4.1 279,400.  \154,400.
22 60 PE406E2.2 2.2 $B;0Aj(B
200V		 0.06 39 0.25 26 0.31 3.2 328,900.  \181,400.
23 60 PE406E3.7 3.7 $B;0Aj(B
200V		 0.06 55 0.25 41 0.14 1.5 389,400.  \217,700.
50 24 60 PE506E0.75 0.75 $B;0Aj(B
200V		 0.12 16.5 0.36 5.2 0.51 5.2 226,600.  \125,600.
25 60 PE506E1.5 1.5 $B;0Aj(B
200V		 0.12 24 0.4 13 0.45 4.6 284,900.  \157,400.
26 60 PE506E2.2 2.2 $B;0Aj(B
200V		 0.12 31.5 0.4 19 0.36 3.7 336,600.  \185,600.
27 60 PE506E3.7 3.7 $B;0Aj(B
200V		 0.12 45 0.4 27.5 0.24 2.4 436,700.  \243,500.
65 28 60 PE656E0.75 0.75 $B;0Aj(B
200V		 0.25 8.8 0.56 3.8 0.59 5.9 270,600.  \149,600.
29 60 PE656E1.5 1.5 $B;0Aj(B
200V		 0.25 15.8 0.8 6 0.51 5.2 310,200.  \171,200.
30 60 PE656E2.2 2.2 $B;0Aj(B
200V		 0.25 21.5 0.8 11 0.45 4.6 343,200.  \189,200.
31 60  PE656E3.7 3.7 $B;0Aj(B
200V		 0.25 29.5 0.8 16.5 0.36 3.7 441,100.  \245,800.
80 32 60 PE806E1.5 1.5 $B;0Aj(B
200V		 0.45 9.5 0.9 5 0.57 5.8 335,500.  \188,300.
33 60 PE806E2.2 2.2 $B;0Aj(B
200V		 0.45 15 1.1 6.5 0.52 5.3 357,500.  \200,300.
34 60 PE806E3.7 3.7 $B;0Aj(B
200V		 0.45 20.5 1.4 8.8 0.45 4.6 449,900.  \250,600.
35 60 PE806E5.5 5.5 $B;0Aj(B
200V		 0.45 29 1.4 14.5 0.34 3.5 600,600.  \332,800.
36 60 PE806E7.5 7.5 $B;0Aj(B
200V		 0.45 35.0 1.4 22.0 0.29 2.9 744,700.  \411,300.
8
PSS(2) $B7?(B$B!!%9%F%s%l%9@=(BP$B%i%$%s%]%s%W(B$B!!(B$B$3$A$i$O(B50Hz$B>&IJ$G$9!#(B$B!!(B60Hz$B$O!"$3$A$i$G$40FFb(B
PE(2) $B7?!!(BP $B%i%$%s%]%s%W(B
$B%+%?%m%0$40FFb(B
$B"#MQ!!ES(B 
$B!!!|Nd29?e=[4DMQ!!!|%S%k@_Hw5k?eMQ!!!|0lHL9)6HMQ(B
$B!!!|0lHL5kErMQ!!!|5!3#%;%C%HMQ(B
$B!!!|$=$NB>0lHL5k?eMQ(B
 $B"#FC!!D'(B
$B!!!|%9%F%s%l%9@:L)CrJ*@=$N$?$a;,IU$-$,$J$/!"%a%s%F%J%s%9$,MF0W!#(B
$B!!!|ITE`1UBP1~$N%a%+%K%+%k%7!<%k$K$h$j!"O3$l$K6/$/D9 $B!!!|A4JD%b!<%?:NMQ$N$?$a!"%Y%"%j%s%0Nt2=$d@d1oNt2=$K6/$/!"M%$l$?BQ4D6-@-!#(B
 $B"#I8=`;EMM(B
$B!!!|1U!!
$B!!!|:`!! $B!!!!!!!!!!!!!!!!%1!<%7%s%0#S#C#S(B13
$B!!!|<4!!Iu!!%a%+%K%+%k%7!<%k!J#S#i#C!_%+!<%\%s!K(B
$B!!!|%b!<%?!!A4JD30@p20307A!!C1Aj(B100$B#V!";0Aj(B200$B#V(B
$B!!!!!!!!!!!!!!F14|2sE>B.EY(B3,000min
$B"#5vMF2!9~05NO(B
0.15$B#k#W!!0J2<(B $BC1Aj(B100$B#V(B
0.2MPa{2.0kgf/cm2}
$B;0AX(B200$B#V(B
 0.5- ( 0.098$B!_Dy@ZA4MHDx(B ) MPa  { 5.1- $BDy@ZA4MHDx(B  } kgf cm2
10 10
0.25$B#k#W!A(B0.4$B#k#W(B
 0.7- ( 0.098$B!_Dy@ZA4MHDx(B ) MPa  { 7.1- $BDy@ZA4MHDx(B  } kgf cm2
10 10
0.75$B#k#W!!0J>e(B
 1- ( 0.098$B!_Dy@ZA4MHDx(B ) MPa  { 10.2- $BDy@ZA4MHDx(B  } kgf cm2
10 10
$B"#5[>eA4MHDx!J(B20$B!n!K(B
$B8}7B(B20mm$B!A(B65mm -6m
$B8}7B(B80mm -5.5m
$BCm!KA4MHDx$+$i(B3m$B$r8:$8$?CM$,>e$NCM$KK~$?$J$$>l9g$O!"A4MHDx$+$i(B3m
$B!!!!$r8:$8$?CM$,:GBg5[9~A4MHDx$H$J$j$^$9!#(B
$B"#I8=`IUB0IJ(B
$B!!Aj%U%i%s%8(B $B%Q%C%-%s!&%\%k%HIU!!(B$B>\:Y?^LL(B
$B@nK\%i%$%s%]%s%W@-G=?^(B 
9
$B8}7B(B
$B-P(B		 $BId(B
$B9f(B		 Hz
 $B7A<0(B  PE(2) $B7?!!(BP $B%i%$%s%]%s%W(B
$BI=5-$J$7(B$B!'4]%U%i%s%8(B
$B%b!<%?(B
KW		 $BEE8;(B
V		 $BI8(B $B=`(B $B;E(B $BMM(B $B5vMF2!9~(B
$B05NO(B		 $BDj2A@G9~(B $B%M%C%H2A3J(B
$BAwNA@G9~(B  		 $B%M%C%HCmJ8(B
$BEG=PNL(B
m3/min		 $BA4MHDx(B
m		 $BEG=PNL(B
m3/min		 $BA4MHDx(B
m		 MPa
20  1 50
PSS2-205-0.06S
0.06 $BC1Aj(B
100V		 0.02 4.5 0.04 4.0 0.20 145,200.  \84,070.
2 50
PSS2-205-0.1S
0.1 $BC1Aj(B
100V		 0.025 6.8 0.05 5.5 0.20 165,000.  \95,535.
3 50
PSS2-205-0.15S
0.15 $BC1Aj(B
100V		 0.025 9.5 0.05 8.5 0.20 184,800.  \106,999.
4 50
PSS2-205-0.15T
0.15 $B;0Aj(B
200V		 0.025 9.5 0.05 8.5 0.40 177,100.  \102,409.
25 5 50
PSS2-255-0.1S
0.1 $BC1Aj(B
100V		 0.04 5.5 0.08 3.8 0.20 165,000.  \95,535.
6 50
PSS2-255-0.15S
0.15 $BC1Aj(B
100V		 0.04 8.2 0.08 6.2 0.20 184,800.  \106,999.
7 50
PSS2-255-0.15T
0.15 $B;0Aj(B
200V		 0.04 8.2 0.08 6.2 0.42 177,100.  \102,540.
8 50
PSS2-255-0.25S
0.25 $BC1Aj(B
100V		 0.025 12.5 0.08 10.5 0.57 211,200.  \122,284.
9 50
PSS2-255-0.25T
0.25 $B;0Aj(B
200V		 0.025 12.5 0.08 10.5 0.57 193,600.  \112,094.
10 50
PSS2-255-0.4S
0.4 $BC1Aj(B
100V		 0.025 15.8 0.08 13.8 0.54 284,900.  \164,957.
11 50
PSS2-255-0.4T
0.4 $B;0Aj(B
200V		 0.025 15.8 0.08 13.8 0.54 250,800.  \145,213.
32 12 50
PSS2-325-0.15S
0.15 $BC1Aj(B
100V		 0.063 6.5 0.125 4.2 0.20 205,700.  \119,100.
13 50
PSS2-325-0.15T
0.15 $B;0Aj(B
200V		 0.063 6.5 0.125 4.2 0.42 184,800.  \106,999.
14 50
PSS2-325-0.25S
0.25 $BC1Aj(B
100V		 0.063 9.5 0.125 7.2 0.59 223,300.  \129,290.
15 50
PSS2-325-0.25T
0.25 $B;0Aj(B
200V		 0.063 9.5 0.125 7.2 0.59 206,800.  \119,737.
16 50
PSS2-325-0.4S
0.4 $BC1Aj(B
100V		 0.063 13.5 0.125 11.2 0.55 284,900.  \164,957.
17 50
PSS2-325-0.4T
0.4 $B;0Aj(B
200V		 0.063 13.5 0.125 11.2 0.55 250,800.  \145,213.
18 50
PSS325E0.75
0.75 $B;0Aj(B
200V		 0.04 21.5 0.125 17.5 0.77 344,300.  \199,349.
40 19 50
PSS2-405-0.25S
0.25 $BC1Aj(B
100V		 0.1 7.2 0.2 5.2 0.62 259,600.  \150,308.
20 50
PSS2-405-0.25T
0.25 $B;0Aj(B
200V		 0.1 7.2 0.2 5.2 0.62 236,500.  \136,933.
21 50
PSS2-405-0.4S
0.4 $BC1Aj(B
100V		 0.1 10.8 0.2 7.8 0.57 290,400.  \168,141.
22 50
PSS2-405-0.4T
0.4 $B;0Aj(B
200V		 0.1 10.8 0.2 7.8 0.57 270,600.  \156,677.
23 50
PSS405E0.75
0.75 $B;0Aj(B
200V		 0.05 19 0.2 13 0.80 345,400.  \199,866.
24 50
PSS405E1.5
1.5 $B;0Aj(B
200V		 0.05 29.5 0.2 21 0.70 449,900.  \260,492.
25 50
PSS405E2.2
2.2 $B;0Aj(B
200V		 0.05 40 0.2 30.5 0.60 506,000.  \292,974.
50 26 50
PSS2-505-0.4S
0.4 $BC1Aj(B
100V		 0.16 8.8 0.32 5.2 0.59 321,200.  \185,748.
27 50
PSS2-505-0.4T
0.4 $B;0Aj(B
200V		 0.16 8.8 0.32 5.2 0.59 286,000.  \165,594.
28 50 PSS505E0.75 0.75 $B;0Aj(B
200V		 0.1 15.8 0.32 8.5 0.82 345,400.  \199,986.
29 50 PSS505E1.5 1.5 $B;0Aj(B
200V		 0.1 24.5 0.32 20.5 0.74 453,200.  \262,402.
30 50 PSS505E2.2 2.2 $B;0Aj(B
200V		 0.1 31.5 0.32 20.5 0.67 512,600.  \296,795.
31 50 PSS505E3.7 3.7 $B;0Aj(B
200V		 0.1 42.5 0.32 32.5 0.65 635,800.  \368,128.
65 32 50 PSS655E0.75 0.75 $B;0Aj(B
200V		 0.2 10.8 0.63 4.5 0.88 349,800.  \202,534.
33 50 PSS655E1.5 1.5 $B;0Aj(B
200V		 0.2 16.2 0.63 10.5 0.82 462,000.  \267,498.
34 50 PSS655E2.2 2.2 $B;0Aj(B
200V		 0.2 21 0.63 12.5 0.77 522,500.  \302,527.
35 50 PSS655E3.7 3.7 $B;0Aj(B
200V		 0.2 31.8 0.63 20.5 0.68 664,400.  \384,687.
36 50 PSS655E5.5 5.5 $B;0Aj(B
200V		 0.2 41 0.63 28 0.55 817,300.  \473,216.
80 37 50 PSS805E1.5 1.5 $B;0Aj(B
200V		 0.4 11.5 1 5.5 0.85 489,500.  \283,420.
38 50 PSS805E2.2 2.2 $B;0Aj(B
200V		 0.4 14.2 1.25 5.5 0.84 533,500.  \308,896.
39 50 PSS805E3.7 3.7 $B;0Aj(B
200V		 0.4 22.2 1.25 11.5 0.74 691,900.  \400,262.
40 50 PSS805E5.5 5.5 $B;0Aj(B
200V		 0.4 29 1.25 14 0.65 858,000.  \496,782.
41 50 PSS805E7.5 7.5 $B;0Aj(B
200V		 0.4 35.5 1.25 22.5 0.60 928,400.  \537,543.
10
 PSS(2) $B7?!!%9%F%s%l%9@=(BP$B%i%$%s%]%s%W!!(B
$B%+%?%m%0$40FFb(B
$B"#MQ!!ES(B 
$B!!!|Nd29?e=[4DMQ!!!|%S%k@_Hw5k?eMQ!!!|0lHL9)6HMQ(B
$B!!!|0lHL5kErMQ!!!|5!3#%;%C%HMQ(B
$B!!!|$=$NB>0lHL5k?eMQ(B
 $B"#FC!!D'(B
$B!!!|%9%F%s%l%9@:L)CrJ*@=$N$?$a;,IU$-$,$J$/!"%a%s%F%J%s%9$,MF0W!#(B
$B!!!|ITE`1UBP1~$N%a%+%K%+%k%7!<%k$K$h$j!"O3$l$K6/$/D9 $B!!!|A4JD%b!<%?:NMQ$N$?$a!"%Y%"%j%s%0Nt2=$d@d1oNt2=$K6/$/!"M%$l$?BQ4D6-@-!#(B
 $B"#I8=`;EMM(B
$B!!!|1U!!
$B!!!|:`!! $B!!!!!!!!!!!!!!!!%1!<%7%s%0#S#C#S(B13
$B!!!|<4!!Iu!!%a%+%K%+%k%7!<%k!J#S#i#C!_%+!<%\%s!K(B
$B!!!|%b!<%?!!A4JD30@p20307A!!C1Aj(B100$B#V!";0Aj(B200$B#V(B
$B!!!!!!!!!!!!!!F14|2sE>B.EY(B3,600min
$B"#5vMF2!9~05NO(B
0.15$B#k#W!!0J2<(B $BC1Aj(B100$B#V(B
0.2MPa{2.0kgf/cm2}
$B;0Aj(B200$B#V(B
 0.5- ( 0.098$B!_Dy@ZA4MHDx(B ) MPa  { 5.1- $BDy@ZA4MHDx(B  } kgf cm2
10 10
0.25$B#k#W!A(B0.4$B#k#W(B
 0.7- ( 0.098$B!_Dy@ZA4MHDx(B ) MPa  { 7.1- $BDy@ZA4MHDx(B  } kgf cm2
10 10
0.75$B#k#W!!0J>e(B
 1- ( 0.098$B!_Dy@ZA4MHDx(B ) MPa  { 10.2- $BDy@ZA4MHDx(B  } kgf cm2
10 10
$B"#5[>eA4MHDx!J(B20$B!n!K(B
$B8}7B(B20mm$B!A(B65mm -6m
$B8}7B(B80mm -5.5m
$BCm!KA4MHDx$+$i(B3m$B$r8:$8$?CM$,>e$NCM$KK~$?$J$$>l9g$O!"A4MHDx$+$i(B3m
$B!!!!$r8:$8$?CM$,:GBg5[9~A4MHDx$H$J$j$^$9!#(B
$B"#I8=`IUB0IJ(B
$B!!Aj%U%i%s%8(B $B%Q%C%-%s!&%\%k%HIU!!(B$B>\:Y?^LL(B
$B@nK\%i%$%s%]%s%W@-G=?^(B 
11
$B8}7B(B
$B-P(B		 $BId(B
$B9f(B		 Hz
 $B7A<0(B  PSS(2) $B7?!!%9%F%s%l%9@=(BP$B%i%$%s%]%s%W!!(B
$BI=5-$J$7!'4]%U%i%s%8(B
$B%b!<%?(B
KW		 $BEE8;(B
V		 $BI8(B $B=`(B $B;E(B $BMM(B $B5vMF2!(B
$B9~05NO(B		 $BDj2A@G9~(B $B%M%C%H2A3J(B
$BAwNA@G9~(B  		 $B%M%C%HCmJ8(B
$BEG=PNL(B
m3/min		 $BA4MHDx(B
m		 $BEG=PNL(B
m3/min		 $BA4MHDx(B
m		 MPa
20 1 60
PSS2-206-0.06S
0.06 $BC1Aj(B
100V		 0.02 4.5 0.04 3.8 0.20 145,200.  \84,070.
2 60
PSS2-206-0.1S
0.1 $BC1Aj(B
100V		 0.028 6.5 0.056 5.2 0.20 165,000.  \95,535.
3 60
PSS2-206-0.15S
0.15 $BC1Aj(B
100V		 0.028 8.5 0.056 7.0 0.20 184,800.  \106,999.
4 60
PSS2-206-0.15T
0.15 $B;0Aj(B
200V		 0.028 8.5 0.056 7.0 0.40 177,100.  \102,540.
5 60
PSS2-206-0.25S
0.25 $BC1Aj(B
100V		 0.028 13.8 0.056 12.5 0.55 211,200.  \122,284.
6 60
PSS2-206-0.25T
0.25 $B;0Aj(B
200V		 0.028 13.8 0.056 12.5 0.55 193,600.  \112,094.
25 7 60
PSS2-256-0.15S
0.15 $BC1Aj(B
100V		 0.045 7.2 0.09 5.0 0.20 184,800.  \106,999.
8 60
PSS2-256-0.15T
0.15 $B;0Aj(B
200V		 0.045 7.2 0.09 5.0 0.42 177,100.  \102,540.
9 60
PSS2-256-0.25S
0.25 $BC1Aj(B
100V		 0.045 11.8 0.09 9.2 0.57 211,200.  \122,284.
10 60
PSS2-256-0.25T
0.25 $B;0Aj(B
200V		 0.045 11.8 0.09 9.2 0.57 192,500.  \111,457.
11 60
PSS2-256-0.4S
0.4 $BC1Aj(B
100V		 0.028 17.5 0.09 14.5 0.52 270,600.  \156,677.
12 60
PSS2-256-0.4T
0.4 $B;0Aj(B
200V		 0.028 17.5 0.09 14.5 0.52 242,000.  \140,448.
32 13 60
PSS2-326-0.25S
0.25 $BC1Aj(B
100V		 0.071 9.0 0.14 6.5 0.59 220,000.  \127,380.
14 60
PSS2-326-0.25T
0.25 $B;0Aj(B
200V		 0.071 9.0 0.14 6.5 0.59 205,700.  \119,100.
15 60
PSS2-326-0.4S
0.4 $BC1Aj(B
100V		 0.071 13.8 0.14 10.8 0.55 270,600.  \156,677.
16 60
PSS2-326-0.4T
0.4 $B;0Aj(B
200V		 0.071 13.8 0.14 10.8 0.55 242,000.  \140,118.
17 60
PSS326E0.75
0.75 $B;0Aj(B
200V		 0.045 21.8 0.14 16.0 0.77 304,700.  \176,421.
18 60
PSS326E1.5G
1.5 $B;0Aj(B
200V		 0.045 34.0 0.14 28.0 0.65 423,500.  \245,206.
40 19 60
PSS2-406-0.4S
0.4 $BC1Aj(B
100V		 0.11 10.5 0.22 7.8 0.59 303,600.  \175,784.
20 60
PSS2-406-0.4T
0.4 $B;0Aj(B
200V		 0.11 10.5 0.22 7.8 0.59 271,700.  \157,314.
21 60 PSS406E0.75 0.75 $B;0Aj(B
200V		 0.06 18.5 0.25 9.5 0.79 304,700.  \176,421.
22 60 PSS406E1.5 1.5 $B;0Aj(B
200V		 0.06 28.5 0.25 19.0 0.70 400,400.  \231,831.
23 60 PSS406E2.2 2.2 $B;0Aj(B
200V		 0.06 37.8 0.25 26.0 0.61 495,000.  \286,605.
24 60 PSS406E3.7 3.7 $B;0Aj(B
200V		 0.06 55.0 0.25 41.0 0.41 561,000.  \324,819.
50 25 60 PSS506E0.75 0.75 $B;0Aj(B
200V		 0.12 17.0 0.36 4.5 0.82 317,900.  \184,064.
26 60 PSS506E1.5 1.5 $B;0Aj(B
200V		 0.12 293.8 0.4 11.2 0.74 401,500.  \232,685.
27 60 PSS506E2.2 2.2 $B;0Aj(B
200V		 0.12 31.5 0.4 19.0 0.67 502,700.  \291,063.
28 60 PSS506E3.7 3.7 $B;0Aj(B
200V		 0.12 45.0 0.4 27.5 0.52 628,100.  \363,669.
29 60 PSS506E5.5 5.5 $B;0Aj(B
200V		 0.12 54.0 0.4 39.0 0.41 797,500.  \461,752.
30 60 PSS506E7.5 7.5 $B;0Aj(B
200V		 0.12 66.0 0.4 51.0 0.31 864,600.  \500,603.
65 31 60 PSS656E0.75 0.75 $B;0Aj(B
200V		 0.25 8.8 0.56 3.8 0.89 349,800.  \202,534.
32 60 PSS656E1.5 1.5 $B;0Aj(B
200V		 0.25 16.5 0.8 6.5 0.82 443,300.  \256,670.
33 60 PSS656E2.2 2.2 $B;0Aj(B
200V		 0.25 21.5 0.8 11.5 0.77 510,400.  \295,521.
34 60 PSS656E3.7 3.7 $B;0Aj(B
200V		 0.25 30.0 0.8 16.0 0.68 629,200.  \364,306.
35 60 PSS656E5.5 5.5 $B;0Aj(B
200V		 0.25 39.5 0.8 20.0 0.55 807,400.  \467,484.
36 60 PSS656E7.5 7.5 $B;0Aj(B
200V		 0.25 50.0 0.71 33.0 0.45 885,500.  \512,704.
80 37 60 PSS806E1.5 1.5 $B;0Aj(B
200V		 0.45 9.5 0.9 5.0 0.87 468,600.  \271,319.
38 60 PSS806E2.2 2.2 $B;0Aj(B
200V		 0.45 15.0 1.1 6.5 0.82 533,500.  \308,896.
39 60 PSS806E3.7 3.7 $B;0Aj(B
200V		 0.45 20.5 1.4 8.8 0.77 647,900.  \375,134.
40 60 PSS806E5.5 5.5 $B;0Aj(B
200V		 0.45 29.0 1.4 14.5 0.65 880,000.  \509,520.
41 60 PSS806E7.5 7.5 $B;0Aj(B
200V		 0.45 35.0 1.4 22.0 0.60 941,600.  \545,186.
12
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$B%a!<%+!(B $B3t<02q
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$B!!HNGdE9>pJs(B
$BHNGdE9L>(B $B%M%C%H%7%g%C%W$I$&$d!!(B($BM-8B2q
$B$I$&$d%[!<%`%Z!<%8(B http://www.omn.ne.jp/~do/
$BHNGdE9=;=j(B $B")(B999-0121$B!!;37A8)ElCV;r74@n@>D.Bg;z>e>.>>(B3503$BHVCO(B
$BEEOCHV9f(B TEL0238-46-2332 $B!!(BFAX0238-46-2408