2 3 7 8 90 1 45 6 2 3 45 6 7 8 90 1 1 2 3 4 2 DC1 5V @1 ˚F MPa k mm m m m km mm cm m m mm mm m mm h min sec µsec µ Ω Ω Ωcm Ωcm µS / cm µ Ω Ωcm mΩ C H mH F µF lm g/ µm µGy / h nGy / h Sv / h µSv / h cps • • Ω µ Ω Ω Ω Ω Ω ˚F MPa k mm m m m km mm cm m m mm mm m mm h min sec µsec µ Ω Ω Ωcm Ωcm µS / cm µ Ω Ωcm mΩ C H mH F µF lm g/ µm µGy / h nGy / h Sv / h µSv / h cps Ω JIS IEC Ω JIS DI10 DO10 AI6 MI4 AO5 22 21 CUT PV PV R or C 23 D ∆MV PID + + SCC ∆MV PI SV Auto RSV I KnL + GAP U/D P SCC-SV R ∆MV MV MV N ∆MV EX-MV MV D + + DV – ∆MV MV EX-CMD SCC-CMD 24 25 CUT PV PV R or C RSV Auto PV MV × SV SCC MV PV-B1 SV × SV+B3 SCC-CMD R B2 U/D SCC-SV 28 27 26 AUTO AUTO STOP MV REMOTE MV STOP REMOTE PRESET SCC-ENABLE IP-TIME TIME AUTO.REMOTE SCC X60 RUN 2A SCC-ENABLE IP-TIME AUTO.REMOTE TIME SCC SCC X60 RUN MV REMOTE t BACK 2C MV STOP REMOTE PRESET SCC-ENABLE IP-TIME AUTO.REMOTE X60 RUN ERR SV SCC-ENABLE TIME PRESET FORE PV END X1440 SCC PV ZONE ZONE SCC TIME AUTO PRESET TIME END X3600 2B AUTO STOP PRESET FORE PV END X3600 ERR SV ZONE ZONE PRESET PV IP-TIME AUTO.REMOTE SCC END X1440 SCC X60 RUN TIME BACK t 43 42 41 CUT PV PV PV TRACK SV Auto SCC I SCC -CMD + + DV GAP KnL U/D RSV-PV SCC-SV ∆MV PI MV + ∆MV + MV + ∆MV + – MV MV not–A MV (D) P + MV MV D 48 44 MV ∆MV PID + + R or C RSV D 4A CUT SCC-CMD "M" "HMV" MV IN K F(IN–B 1F)+B 2F OUT PV PV HOLD SV EX-MV RSV PV TRACK DV SCC-MV EX-CMD MVA MV INH GAP KnL RSV-PV 61 07 Q ∆P ÷ × 62 2 OUT IN Q KP2 OUT2 IN2 CUT 1/KT IN3 5 63 64 OUT1 IN1 65 OUT1 IN1 × OUT2 OUT2 OUT2 IN2 IN3 IN3 IN3 C1 C2 C3 × OUT3 OUT1 IN1 + + + IN2 OUT2 ÷ OUT4 ÷ IN3 + × OUT2 + IN2 OUT4 OUT2 + – OUT3 OUT1 IN1 IN1 + ÷ + OUT2 IN2 + – × -1 OUT3 OUT4 66 × IN3 OUT3 OUT4 IN3 NOT IN1 AND H-CUT – IN 3 L-CUT -1 69 OUT1 OUT1 X OUT2 IN2 OR EOR OUT1 IN1 – IN 2 68 IN2 IN3 × OUT1 IN1 09 IN1 IN1 + – OUT3 C4 IN3 + IN2 × IN3 OUT1 IN1 + + IN2 OUT1 IN1 IN2 IN2 OUT1 IN1 H H OUT3 SW OUT4 0 OUT2 X ∆T OUT3 RESET OUT4 6A OUT1 IN1 A OUT2 IN2 ABC OUT1 ABC OUT2 IN3 OUT4 E6 C ABC OUT3 ABC OUT4 (A+B)C OUT1 (A+B)C OUT2 B A AB+C OUT1 AB+C OUT2 C OUT3 (A+B)C OUT4 C AB+C OUT3 AB+C OUT4 89 88 PO 1 0 T1 T2 ABC OUT2 ABC OUT3 C ABC OUT4 A AB+C OUT1 AB+C OUT2 AB+C OUT3 C AB+C OUT4 A5 ON IN R T Q S OFF PO T2 OUT1 B B (A+B)C ABC E8 E7 A A B B OUT3 T1 E5 E4 1 S Q R Q Q ↑ CK CLK 0 T1 T2 CLK RESET OUT1 10 11 OUT2 Ref A6 IN1 3C 5C P P P P P IN2 OUT3 I I I I INH OUT4 D I D SW 3D 5D D D D SW 06 PI 08 67 SUM + + 100% LIM SUM 0% SUM OUT1 IN1 HIGH IN1 HIGH/LOW OUT2 IN2 LOW IN2 H PRESET L 86 χ IN 1 2 SW IN 1 2 C6 87 ON OFF χ0-G χ0 H-ON χ χ0 OUT IN L-ON χ 0+G SP1 "L" χ0 HL-ALM χ 0+G 8D OUT OUT SP2 L2 C5 DO IN L1 L-ALM OFF χ χ0-G H2 H-ALM "H" ON G H1 IN1 OUT1 IN1 OUT IN1 OUT2 H GP IN2 OUT3 GP S H OUT C8 IN OUT 1 K+TDS 1+TS ∆y IN OUT1 1 1+TIS ∆y T K OVER RESET 85 84 IN OUT=SP SP OUT2 TD TDS 1+TIS TI 1+TDS 1+TIS OUT3 TD 8B CA C9 IN PV Σ ÷ 8C n ΣPV 1/n 1 MV PV OUT1 t/hour Σ SUM OVER T R OUT2 T T RESET π × RESET CC C7 IN 1/1Hr OUT Σ 8A PO+ MV OUT SP PO– FS PW OUT=SP FS PO± RESET SET PW-MIN AA OUT SP OUT=SP E3 82 81 E2 E1 83 FS OUT1 e-LS IN + SET 70 BIN1 BCD1 BCD L STOP STOP 71 72 BIN1 BCD1 BCD BIN BIN3 73 3 38 BCD2 BIN2 BCD BIN3 bit (a) OUT WORD bit (a) IN WORD MSB bit 15 bit (b) BCD3 IN WORD BCD2 BCD BIN3 BCD3 BIN BCD1 BIN BCD3 BCD1 OUT2 BIN2 BIN3 BIN1 – BIN1 BIN2 BCD2 BIN + OUT2 L BIN2 BCD2 OUT1 e-LS IN – bit (n) bit (b) BCD3 LSB bit (n+3) bit (n) 0 bit (n) bit (n+1) MSB LSB bit (n+2) bit 15 0 bit (n+3) 22 21 CUT PV PV D R or C + SCC SV Auto RSV I KnL + + + DV – GAP U/D P SCC-SV ∆MV PID + SCC-CMD 23 ∆MV R ∆MV MV MV N ∆MV EX-MV MV EX-CMD ∆MV PI MV D 21 CUT PV PV R or C SCC SV Auto RSV KnL + DV – GAP U/D SCC-SV SCC-CMD 22 D ∆MV PID + + I + + P ∆MV PI MV D 23 ∆MV R ∆MV MV MV N ∆MV EX-MV MV EX-CMD 24 25 CUT PV PV R or C RSV Auto PV MV × SV SCC MV PV-B1 SV × SV+B3 SCC-CMD R U/D SCC-SV B2 24 CUT PV PV R or C RSV Auto SV SCC SCC-CMD U/D SCC-SV 25 PV MV PV-B1 MV × SV × SV+B3 R B2 28 26 AUTO PV ERR SV STOP MV REMOTE ZONE PRESET PRESET FORE PV TIME t BACK SCC-ENABLE TIME IP-TIME AUTO.REMOTE END X3600 X60 SCC RUN 2A 2C AUTO PV ERR SV MV STOP REMOTE ZONE PRESET PRESET FORE PV SCC-ENABLE TIME BACK t TIME IP-TIME AUTO.REMOTE SCC END X1440 SCC X60 RUN 26 AUTO STOP MV REMOTE ZONE PRESET SCC-ENABLE IP-TIME TIME AUTO.REMOTE SCC END X3600 X60 RUN 27 AUTO MV STOP REMOTE ZONE PRESET SCC-ENABLE TIME IP-TIME AUTO.REMOTE SCC END X3600 SCC X60 RUN 28 PV ERR SV PRESET FORE PV TIME BACK t 2A AUTO MV STOP REMOTE ZONE PRESET SCC-ENABLE TIME IP-TIME AUTO.REMOTE SCC END X1440 SCC X60 RUN 2B AUTO MV STOP REMOTE ZONE PRESET SCC-ENABLE TIME IP-TIME AUTO.REMOTE SCC END X1440 SCC X60 RUN 2C PV ERR SV PRESET FORE PV TIME BACK t 3C 5C P P P I I I SW 3D 5D D D D SW 41 42 CUT PV PV PV TRACK ∆MV PID + ∆MV PI SV Auto SCC RSV D + R or C I SCC -CMD U/D RSV-PV SCC-SV MV D + + DV GAP KnL P 44 43 MV ∆MV + + + MV + SCC-CMD MV "M" "HMV" EX-MV MV + – MV MV SCC-MV not–A MV (D) MVA EX-CMD 41 MV 42 CUT PV PV PV TRACK D ∆MV PI SV Auto SCC I SCC -CMD RSV-PV SCC-SV 43 MV D + + DV GAP KnL U/D P 44 MV ∆MV + + + MV + MV SCC-CMD "M" "HMV" HOLD ∆MV EX-MV MV + – MV MV (D) ∆MV PID + + R or C RSV MV HOLD ∆MV not–A MV SCC-MV EX-CMD MVA MV MV 41 CUT PV PV PV TRACK R or C RSV SV Auto SCC SCC -CMD DV GAP KnL U/D SCC-SV RSV-PV 42 D ∆MV PID + + I + + P ∆MV PI MV D 43 + ∆MV + + MV + ∆MV MV + – MV MV (D) not–A MV 44 MV MV SCC-CMD "M" "HMV" HOLD EX-MV SCC-MV EX-CMD MVA MV MV 48 IN INH KF(IN–B1F)+B2F OUT Ref P P I I D D 4A CUT PV PV SV RSV PV TRACK DV GAP KnL RSV-PV 06 PI SUM + + 100% SUM 0% LIM SUM H PRESET L 07 Q ∆P × KP ÷ Q 2 1/KT 2 5 08 HIGH IN1 HIGH/LOW LOW IN2 IN 1 2 IN 1 2 09 IN1 IN1 IN2 -1 – IN 2 – IN 3 IN3 -1 IN1 OUT1 H-CUT L-CUT 61 IN OUT CUT 62 IN1 OUT1 OUT2 IN2 IN3 63 OUT1 IN1 OUT2 IN2 × OUT3 IN3 64 OUT1 IN1 × IN2 IN3 OUT2 65 IN1 OUT1 OUT2 IN2 IN3 66 IN1 NOT AND IN2 OR IN3 EOR 67 IN1 OUT1 OUT2 IN2 SW 68 IN1 OUT1 OUT2 IN2 OUT3 SW OUT4 69 OUT1 X H H 0 OUT2 X ∆T OUT3 RESET OUT4 6A IN1 OUT1 OUT2 IN2 OUT3 IN3 OUT4 69 6A OUT1 X H H 0 IN1 OUT2 X OUT2 IN2 ∆T OUT3 RESET OUT1 OUT4 OUT3 IN3 OUT4 BCD MSB bit 15 14 12 11 LSB 4 3 0 8 7 70 BIN1 BCD1 BCD BIN2 BCD2 10 3 102 101 BIN 100 BIN3 BCD3 0 BCD 71 MSB bit 15 14 12 11 8 7 LSB 4 3 0 BIN1 BCD1 BCD BIN2 BCD2 10 3 102 101 BIN 100 BCD3 0 BIN3 BCD MSB bit 15 14 12 11 8 7 LSB 4 3 0 72 BCD1 BIN1 BIN 10 3 10 2 10 1 10 0 BCD2 BIN2 BCD 0 BCD3 BIN3 BCD 73 MSB bit 15 14 12 11 8 7 LSB 4 3 0 BCD1 BIN1 BIN BCD2 BIN2 10 3 10 2 10 1 10 BCD 0 BIN3 0 BCD3 E3 82 81 IN OUT1 e-LS + L STOP – OUT2 E2 E1 83 IN OUT1 e-LS + L STOP – OUT2 84 OUT IN K+TDS ∆y K TD 85 IN 1 1+TS T OUT ∆y 86 χ χ0 ON OFF χ0-G χ χ0 χ 0+G χ0 χ 0+G ON G OFF χ χ0-G H-ON L-ON 87 OUT IN H-ALM "H" "L" L-ALM HL-ALM 88 T1 PO 1 0 T1 T2 T1 T2 T2 1 0 RESET PO 89 IN ON OFF T 8A SP OUT OUT=SP FS SET 8B PV n ΣPV 1/n 1 T T RESET MV 8C PV × t/hour Σ SUM OVER R RESET 8D IN OUT OUT H GP GP H A5 Q S S R R Q Q CK Q ↑ CLK CLK A6 IN1 OUT1 OUT2 IN2 OUT3 INH OUT4 AA SP OUT OUT=SP FS SET C1 OUT1 IN1 + + + + IN2 IN3 × ÷ OUT2 OUT3 OUT4 C2 OUT1 IN1 + + + – IN2 IN3 × ÷ OUT2 OUT3 OUT4 C3 OUT1 IN1 + × IN2 + – IN3 OUT2 + × OUT3 OUT4 C4 OUT1 IN1 + ÷ IN2 + – IN3 OUT2 + × OUT3 OUT4 C5 OUT IN1 OUT=SP SP OVER RESET C6 IN1 H1 H2 SP1 L1 SP2 L2 C7 IN PW RESET 1/1Hr Σ OUT C8 IN 1 1+TIS OUT1 OUT2 TD TDS 1+TIS TI 1+TDS 1+TIS OUT3 CA C9 IN Σ ÷ OUT1 OUT2 T π CC MV PO+ PO– FS PO± PW-MIN DO IN1 OUT1 OUT2 IN2 OUT3 S E4 A ABC OUT1 ABC OUT2 ABC OUT3 ABC OUT4 B C E5 A ABC OUT1 ABC OUT2 ABC OUT3 ABC OUT4 B C E6 A (A+B)C OUT1 (A+B)C OUT2 (A+B)C OUT3 (A+B)C OUT4 B C E7 A AB+C OUT1 AB+C OUT2 AB+C OUT3 AB+C OUT4 B C E8 A AB+C OUT1 AB+C OUT2 AB+C OUT3 AB+C OUT4 B C 3 bit (a) bit (a) bit (b) IN WORD OUT WORD bit (b) MSB LSB bit 15 0 38 IN WORD MSB bit 15 bit (n) LSB bit (n+3) bit (n) 0 bit (n) bit (n+1) bit (n+2) bit (n+3) PV PV OUT1 SV OUT2 SV OUT3 MV MV 141-0032 ᮾி㒔ရᕝ༊ᓮ୍┠11␒2ྕ ࠉࠉࠉࠉࠉ㸦ࢤ࣮ࢺࢩࢸᓮ࣮ࢫࢺࢱ࣮࣡㸧