MP5S/MP5Y/MP5W Series. Pulse Meter

Transcription

1 S/Y/W Series Pulse Meter igh Performance, Digital Panel Meter Features 3 types of operation mode are added. (total 6 types of operation mode) Frequency/Revolutions/Speed, Passing speed, Cycle, Passing time, Time interval, Time differential, Absolute ratio, Error ratio, Density, Error, ength measurement, ength measurement 2, Interval, Accumulation, Addition/Subtraction-individual input, Addition/ Subtraction-phase difference input Various output models Relay triple/quintuple output, NPN/PNP open collector quintuple output, BCD dynamic output, PV transmission output (current output), RS485 communication output (changed Modbus RTU) Various functions Selectable NPN solid state/contact input, PNP solid state/contact input, prescale, delay monitoring, hysteresis, auto-zero time setting, lock setting, data bank function (W series) Max. display range: to Various display units rpm, rps, z, kz, sec, min, m, mm, mm/s, m/s, m/min, m/h, l/s, l/min, l/h, %, counts, etc. Please read Safety Considerations in operation manual before using. Shaded parts ( ) are changed and added functions from previous. S Y W (A) (B) Fiber Optic (C) Door/Area (D) Proximity (E) Pressure (F) Rotary Encoders (G) Connectors/ Connector Cables/ Sensor Distribution Boxes/Sockets () Temperature (I) SSRs / Power Ordering Information MP 5 Y - 4 N (J) Counters (K) Timers Output Power supply Main output (comparative value output) S N Indicator - Y W Sub output (display value output) N Indicator - NPN open collector quintuple output - 2 PNP open collector quintuple output - 3 Indicator BCD dynamic output 4 Indicator PV transmission output (current output) 5 Indicator RS485 communication output 6 Relay triple output (, GO, ) - N Indicator - A Relay quintuple output (,, GO,, ) - Relay triple output (, GO, ) - 2 NPN open collector quintuple output BCD dynamic output 4 NPN open collector quintuple output PV transmission output (current output) 5 PNP open collector quintuple output PV transmission output (current output) 8 NPN open collector quintuple output RS485 communication output 9 PNP open collector quintuple output RS485 communication output 2 24VAC 5/6z, 24-48VDC 4-24VAC 5/6z () Panel (M) Tacho / Speed / Pulse (N) Units (O) Sensor (P) Switching Mode Power Supplies (Q) Stepper Motors & Drivers & (R) Graphic/ ogic Panels (S) Field Network Devices (T) Software Item Digits Size S DIN W48 48mm Y DIN W72 36mm W DIN W96 48mm (5-digit) MP Pulse meter M-7

2 S/Y/W Series Specifications Measurement range Measurement accuracy (23 ±5 ) cycle Operation mode Operation mode F, F2, F7, F8, F9, F Operation mode F3, F4, F5, F6 Operation mode F, F2, F3, F6 Operation mode F4, F5 Operation mode F, F2, F7, F8, F9, F Operation mode F3, F4, F5, F6 : Setting range will vary depending on the decimal point. 2: The weight includes packaging. The weight in parenthesis is for unit only. Environment resistance is rated at no freezing or condensation. :.5z to 5kz :. to max. of each time range : to : to : F.S.±.5%rdg±-digit : F.S.±.%rdg±-digit OFF (for F2, F6 operation mode),.5,.5,, 2, 4, 8 sec (same as update output cycle) Frequency/Revolutions/Speed (F), Passing speed (F2), Cycle (F3), Passing time (F4), Time interval (F5), Time differential (F6), Absolute ratio (F7), Error ratio (F8), Density (F9), Error (F), ength measurement (F), Interval (F2), Accumulation (F3), Addition/Subtraction-individual input (F4), Addition/Subtraction-phase difference input (F5), ength measurement 2 (F6) Prescale function Direct input method (. -9 to ) ysteresis to 9999 Relay triple 25VACᜠ 3A resistive load Relay quintuple - 25VACᜠ 3A resistive load Main NPN/PNP open Max. 3VDCᜡ 3mA collector quintuple - BCD dynamic Max. 3VDCᜡ 3mA Sub PV transmission DC4-2mA/DC-2mA max. load 5Ω Communication RS485 communication output (Modbus RTU method) Memory retention Non-volatile memory (number of inputs:, operations) Insulation resistance Over MΩ (at 5VDC megger) Dielectric strength 2,VAC 6z for min Noise immunity ±2kV the square wave noise (pulse width: μs ) by the noise simulator Vibration Mechanical.75mm amplitude at frequency of to 55z in each X, Y, Z direction for hour Malfunction.5mm amplitude at frequency of to 55z in each X, Y, Z direction for min Shock Mechanical 3m/s² (approx. 3G) in each X, Y, Z direction for 3 times Malfunction m/s² (approx. 3G) in each X, Y, Z direction for 3 times Output Series S Y W method 7-segment ED (zero blanking method) Character size W4 8mm W7 4mm range to Power AC voltage -24VACᜠ 5/6z supply AC/DC voltage 24VACᜠ 5/6z, 24-48VDCᜡ Max. 7.5VA Max. 9VA Max. 5VA Power AC voltage (-24VACᜠ 5/6z) (-24VACᜠ 5/6z) (-24VACᜠ 5/6z) consumption Max. 6VA (24VACᜠ 5/6z), Max. 7VA (24VACᜠ 5/6z), Max. VA (24VACᜠ 5/6z), AC/DC voltage max. 4.5W (24-48VDCᜡ) max. 6.2W (24-48VDCᜡ) max. 7W (24-48VDCᜡ) Permissible voltage range 9 to % of rated voltage External power supply Max. 2VDCᜡ ±% 8mA Sub power supply - Max. 24VDCᜡ 3mA Solid state input : max. 5kz (pulse width: min. μs ) Input frequency Solid state input 2: max. 5kz (pulse width: min. μs ) For F7, F8, F9, F operation mode, max. kz (pulse width: min. 5μs ) Contact input: max. 45z (pulse width: min. ms) [Voltage input] igh: VDCᜡ, ow: -VDC, Input impedance: 3.9kΩ Input method [No-voltage input] Short-circuit impedance: Max. 8Ω, Residual voltage: Max. VDC, Open-circuit impedance: Min. kω Relay life cycle Environment Mechanical - Min.,, operations Electrical - Min., operations (25VAC 3A resistive load) Ambient temp. - to 5, storage: -2 to 6 Ambient humi. 35 to 85%R, storage: 35 to 85%R Approval Weight 2 Approx. 9g (approx. 32g) Approx. 23g (approx. 4g) Approx. 334g (approx. 2g) M-8

3 Pulse Meter Connections Terminal connections differ by power supply and output type of each series and model. S Series (A) (B) Fiber Optic Black Black Brown Blue INA INB +2V V OD/RESET (C) Door/Area (D) Proximity (E) Pressure : Operation mode F to F2 : display value OD Operation mode F3 to F6 : display value RESET 2: Model Source S-2N S-4N 24-48VDC 24VAC 5/6z -24VAC 5/6z Y Series Power/Input Terminal (Common) SOURCE 2 (F) Rotary Encoders (G) Connectors/ Connector Cables/ Sensor Distribution Boxes/Sockets () Temperature (I) SSRs / Power (J) Counters Y- N (indicator) only has 'Power/Input terminals'. (K) Timers Black Black Blue Brown INA INB OD/RESET V +2V - + SOURCE 2 : Operation mode F to F2 : display value OD Operation mode F3 to F6 : display value RESET 2: Model Source 24-48VDC Y-2 24VAC 5/6z -24VAC Y-4 5/6z () Panel (M) Tacho / Speed / Pulse (N) Units (O) Sensor Output Connector (Y- to 5) irose connector: IF3BA-PA-2.54DS irose connector socket: IF3BA-D-2.54R (sold separately) irose connector socket is not included. Contact a hirose connector dealer regarding sockets and cables. Y- (NPN open collector output) MAIN OUT (NPN OPEN COECTOR) 3VDC 3mA Y- 2 (PNP open collector output) MAIN OUT (PNP OPEN COECTOR) 3VDC 3mA (P) Switching Mode Power Supplies (Q) Stepper Motors & Drivers & (R) Graphic/ ogic Panels (S) Field Network Devices GO GO (T) Software COM COM M-9

4 S/Y/W Series Y- 3 (BCD dynamic output) BCD OUT (NPN OPEN COECTOR) 3VDC 3mA A C D D2 D Y- 4 (PV transmission output) DC4-2mA/DC-2mA oad 5Ω Max. (+) COM B D D D3 Autonics display unit (DS/DA Series) is recommended for stable minus (-) sign display (-) Y- 5 (RS485 communication otuput) RS485 B(-) Output Terminal (Y- 6) Y- 6 (Relay triple output) RS485 A(+) GO CONTACT OUT: 25VAC 3A RESISTIVE OAD W Series Power/Input Terminal (Common) W- N (indicator) only has 'Power/Input terminals'. : Operation mode F to F2 : display value OD Operation mode F3 to F6 : display value RESET 2: Model Source 24-48VDC W-2 24VAC 5/6z -24VAC W-4 5/6z Black Black Blue Brown INA INB V V +2V OD/RESET BANK - + SOURCE 2 Output Terminal (W- A/) W- A (Relay quintuple output) CONTACT OUT: 25VAC 3A RESISTIVE OAD W- (Relay triple output) CONTACT OUT: 25VAC 3A RESISTIVE OAD GO GO COM M-

5 Pulse Meter Output Connector (W- 2/4/5/8/9) irose connector: IF3BA-2PA-2.54DS irose connector socket: IF3BA-2D-2.54R (sold separately) irose connector socket is not included. Contact a hirose connector dealer regarding sockets and cables. : Sub power supply 2: PO signal turns ON when the display value is a minus (-) value. W- 2 (NPN open collector+bcd dynamic output) MAIN OUT (NPN OPEN COECTOR) 3VDC 3mA +24VDC 3mA Max. GO B D D D3 DOT COM COM W- 4 (NPN open collector+pv transmission output) MAIN OUT (NPN OPEN COECTOR) 3VDC 3mA +24VDC 3mA Max. GO W- 8 (NPN open collector+rs485 comm. output) V A C D D2 D4 PO 2 BCD OUT (NPN OPEN COECTOR) 3VDC 3mA Autonics display unit (DS/DA Series) is recommended for stable minus (-) sign display COM V MAIN OUT (NPN OPEN COECTOR) 3VDC 3mA +24VDC 3mA Max. GO (+) (-) DC4-2mA/DC-2mA (oad 5Ω Max.) COM V RS485 B(-) 2 9 A(+) RS485 W- 5 (PNP open collector+pv transmission output) MAIN OUT (PNP OPEN COECTOR) 3VDC 3mA GO COM W- 9 (PNP open collector+rs485 comm. output) MAIN OUT (PNP OPEN COECTOR) 3VDC 3mA GO COM (A) (B) Fiber Optic (C) Door/Area (D) Proximity (E) Pressure (F) Rotary Encoders (G) Connectors/ Connector Cables/ Sensor Distribution Boxes/Sockets () Temperature (I) SSRs / Power (J) Counters (K) Timers () Panel (M) Tacho / Speed / Pulse (N) Units (O) Sensor (P) Switching Mode Power Supplies (Q) Stepper Motors & Drivers & (R) Graphic/ ogic Panels (S) Field Network Devices (T) Software M-

6 S/Y/W Series Dimensions Nameplate design is changed from the previous. Side dimensions of Y/W differ by output type. S Series 48 9 (unit: mm) 45 Y Series Y- /2/3/4/ Y W Series 96 W- 2/4/5/8/ W- A/.5 Panel cut-out dimensions A D B C (unit: mm) Size Series A B C D S Min. 55 Min Y Min. 9 Min W Min. 6 Min Bracket For S For Y/W ± Y- N (indicator) does not include the shaded part (output hirose connector or output terminal) W- N (indicator) does not include the shaded part (output hirose connector or output terminal) ± M3 4 M-2

7 Pulse Meter Unit Description S Y 4 W 4 (A) (B) Fiber Optic (C) Door/Area : component s current value in RUN mode. Alternately displays setting parameters and corresponding value in SETTING mode. 2: key In RUN mode, press the key once to check max./min. value. In RUN mode, hold the key for over 2 sec to enter parameter groups. 3:,, key Select parameter groups, and select or setting values in the corresponding parameters. 4: Output status indicator Sold Separately Communication converter SCM-WF48 ( Wi-Fi to RS485 USB wireless communication converter) SCM-US48I (USB to RS485 converter) 2 3 SCM-38I (RS232C to RS485 converter) (D) Proximity (E) Pressure (F) Rotary Encoders (G) Connectors/ Connector Cables/ Sensor Distribution Boxes/Sockets () Temperature (I) SSRs / Power (J) Counters (K) Timers Units (DS/DA-T Series) DS/DA-T Series (RS485 communication input type display unit) () Panel (M) Tacho / Speed / Pulse (N) Units DS6- T DS22/DA22- T DS4/DA4- T DS6/DA6- T Connect RS485 communication input type display unit (DS/DA-T Series) and RS485 communication output model of Y/W Series, the display unit displays present value of the device without PC/PC. Input Specifications Input Specifications. Input signal Standard duty ratio of input signal is :. () Solid state input Input frequency: Max. 5kz (ON/OFF pulse width: min. μs of each) (2) Solid state input 2 Input frequency: Max. 5kz (ON/OFF pulse width: min. μs of each) For F7, F8, F9, F operation mode, max. kz (ON/OFF pulse width: min. 5μs of each) (3) Contact input Input frequency: Max. 45z (when each ON/OFF pulse width is over ms) 2 Contact specifications: 2VDC, stable switching of load current as small as 5mA 2. Input type [IN-A, IN-B] allows selection between NPN input (solid state/contact) or PNP input (solid state/contact). ON OFF ON T OFF Pulse width T: single cycle of input signal () NPN input type (2) PNP input type Contact 2NPN voltage 3 NPN open collector Contact 2PNP voltage 3 PNP open collector output type sensor output type sensor output type sensor output type sensor +2V +2V Sensor circuit Sensor circuit IN V (COM) 3.9kΩ Sensor circuit Sensor circuit Sensor circuit IN V (COM) 3.9kΩ Sensor circuit (O) Sensor (P) Switching Mode Power Supplies (Q) Stepper Motors & Drivers & (R) Graphic/ ogic Panels (S) Field Network Devices (T) Software M-3

8 S/Y/W Series Output Specifications. Relay output Output: Comparative or alarm output (refer to " Output Modes") 2 Output type: Relay 3 Contact capacity: 25VAC 3A resistive load 4 ife cycle: [Mechanical] min.,, operations (switching frequency 8 operations/min) [Electrical] min., operations (3A 25VAC, 3VDC resistive load) (switching frequency 2 operations/min) 2. Transistor output Output: Comparative output or alarm output (refer to " Output Modes") 2 Output type: NPN/PNP open collector 3 Rated load voltage: 3VDC 4 Max. load current: 3mA 3. BCD dynamic output (negative logic) Output: present value 2 Output signal: BCD data (A, B, C, D, DOT) A: lowest bit, DOT: highest bit Digit data (D, D, D2, D3, D4) D: lowest digit, D4: highest digit 3 Output type: NPN open collector 4 Rated load voltage: 3VDC 5 Max. load current: 3mA 6 Dynamic COM cycle (T) = 4ms E.g.) To display value = by BCD dynamic output 4 -digit -digit PV display value BCD Data A B C D DOT D D.ms Digit D2 D3 D4 5ms 4ms 8ms 4. PV transmission output Application: transmit measured value 2 Function: transmit measured value within setting range of high-limit output [FS-] to low-limit output [FS-] after conversion into DC4-2mA or DC-2mA current. 3 Output range of high/low-limit igh-limit [FS-] range: From min. value to max. value within measurement range ow-limit [FS-] range: From min. value to max. value within measurement range ([FS-] [FS-]+) () DC4-2mA transmission output Transmit measured value within setting range of high-limit output [FS-] to low-limit output [FS-] after conversion into DC4-2mA current. 2 Resistive load: Max. 5Ω 3 Resolution: 8 divisions Diplay value FS- Set [FS-] and [FS-] and the output is DC4-2mA. FS- 2mA (2) DC-2mA transmission output Transmit measured value within setting range of high-limit output [FS-] to low-limit output [FS-] after conversion into DC-2mA current. 2 Resistive load: Max. 5Ω 3 Resolution:, divisions value FS- Set [FS-] and [FS-] and the output is DC-2mA. FS- 2mA If the setting width between [FS-] and [FS-] is lower than 8 divisions, the resolution is also reduced. 4mA If the setting width between [FS-] and [FS-] is lower than, divisions, the resolution is also reduced. ma 5. RS485 communication output Comm. protocol Modbus RTU Connection type RS485 M-4 Communication Speed 24, 48, 96 (default), 92, 384 bps Application standard Compliance with EIA RS485 Communication response time 5 to 99ms (default: 2ms) Max. connection 3 units (address: to 99) Start Bit -bit fixed Synchronous method Asynchronous Data Bit 8-bit fixed Comm. method Two-wire half duplex Parity Bit None (default), Even, Odd Comm. distance Max. 8m Stop Bit, 2-bit (default) For more information about RS485 communication output specifications, refer to ' RS485 Communication Output'.

9 Pulse Meter Parameter Groups Press the,, keys to select or set the desired value. Press the key once after changing the setting value, to save the setting value and move to the next parameter. old the key for.5 sec at any parameters to return to the select parameter group mode. old the key for 3 sec to save the setting value and return to RUN mode after changing the setting value. If there is no key input for 6 sec while setting the parameters, the new settings are ignored, and the unit will return to RUN mode with previous settings. The dotted line parameters may not appear depending on output specifications or other parameter settings. Please refer to ' Operation Mode by Parameter Group'. : Each parameter and corresponding setting value will flash alternately every.5 sec. Parameter group Parameter group RUN (max./min. monitoring value) OD/RESET mode RUN mode 2 sec 3 sec Parameter /2/3 group Operation mode F to F2 : display value OD Operation mode F3 to F6 : display value RESET (A) (B) Fiber Optic (C) Door/Area (D) Proximity (E) Pressure (F) Rotary Encoders (G) Connectors/ Connector Cables/ Sensor Distribution Boxes/Sockets () Temperature (I) SSRs / Power (J) Counters Flashes alternately PSt PSt PSt PSt comparative value Does not appear in F output mode comparative value comparative value comparative value Does not appear in F output mode, The parameters are identical to [PSt], [PSt ], [PSt ], [PSt] of parameter 2 group and the setting values will be linked. Setting range by operation mode Operation mode Setting range F, F2, F7, F9, F, to F2, F3, F6 F3, F4, F5, F6 to setting time range F8, F, F4, F5 `9999 to (the setting range varies depending on the decimal point setting.) Only appears in comparative value setting models. (K) Timers () Panel (M) Tacho / Speed / Pulse (N) Units (O) Sensor (P) Switching Mode Power Supplies hpek lpek `9999 Max. monitoring value Min. monitoring value Resetting monitoring value : old the key for over 2 sec (reset current value) (Q) Stepper Motors & Drivers & (R) Graphic/ ogic Panels (S) Field Network Devices (T) Software M-5

10 S/Y/W Series Parameter group RUN mode 2 sec PARa PARa2 PARa3 3 sec MODE Flashes alternately ㄹ F Operation mode Setting range: F to F6 IN-A IN-B NPnhF NPnhF Sensor type of input A Sensor type of input B Setting range Parameter Input sensor type NPnhF NPN solid state input NPnmF NPN solid state input 2 NPnlF NPN contact input PNphF PNP solid state input PNpmF PNP solid state input 2 PNplF PNP contact input OUT-T STARD Setting range Parameter Output mode Parameter Output mode Output mode STARD S (Standard) OUT-B B (Block) OUT- (igh) OUT-I I (One-shot) OUT- (ow) OUT-F F (Deflection) YS Output hysteresis Setting range: to 9999 ( the setting range varies depending on the decimal point setting.) Does not appear in indicator models. GUARD fdefy, comparative output limit function STArT 9(9 Start compensation timer function & compensation time Setting range: ) to 9(9 (sec) AUToA 999(9 Auto-zero time for input A Setting range: ) to 999(9 (sec) AUToB 999(9 Auto-zero time for input B MEMO OFF Memory retention Setting range: ㅒㅜ ON, OFF M-6

11 Pulse Meter Parameter 2 group RUN mode 3 sec pbank 2 sec Flashes alternately PARa PARa2 PARa3 Data bank Setting range:, 2 Only appears in W. (A) (B) Fiber Optic (C) Door/Area (D) Proximity DOT tunt tsec 99(99 tmin Decimal point location of display value Setting range:, ), ), ), ) 99(99 Time unit and range Setting range tsec (sec) tmin (min) 99( s 99( m 999( s 999( m 9(5(9 99m 59.9s 9(5(9 99h 59.9m (5(59 9h 59m 59s 99(59 999h 59m s m (E) Pressure (F) Rotary Encoders (G) Connectors/ Connector Cables/ Sensor Distribution Boxes/Sockets () Temperature PSt PSt PSt PSt comparative value Does not appear in F output mode comparative value comparative value comparative value Does not appear in F output mode The parameters are identical to [PSt], [PSt ], [PSt ], [PSt] of parameter group and the setting values will be linked. Setting range by operation mode Operation mode Setting range F, F2, F7, F9, F, to F2, F3, F6 F3, F4, F5, F6 to set time range F8, F, F4, F5 `9999 to (the setting range varies depending on the decimal point setting.) Only appears in comparative value setting models. (I) SSRs / Power (J) Counters (K) Timers () Panel (M) Tacho / Speed / Pulse (N) Units PSca ^ Prescale mantissa (X) of input A Setting range: ) to (9999 (O) Sensor PScaY Prescale exponent (y) of input A Setting range: - 9 ( -9 ) to 9 ( 9 ) (P) Switching Mode Power Supplies (Q) Stepper Motors & Drivers & PScb ^ Prescale mantissa (X) of input B Setting range: ) to (9999 (R) Graphic/ ogic Panels PScbY Prescale exponent (y) of input B Setting range: - 9 ( -9 ) to 9 ( 9 ) (S) Field Network Devices (T) Software DISpT )5 cycle of measured value Setting range: )5, )5,, 2, 4, 8 (sec) Setting range in operation mode F2, F6 : OFF, )5, )5,, 2, 4, 8 (sec) COUnB Setting value of input B Setting range: to M-7

12 S/Y/W Series Parameter 3 group RUN mode 3 sec 2 sec PARa PARa2 PARa3 FS- Flashes alternately FS- igh-limit value of PV transmission output ow-limit value of PV transmission output Setting range by operation mode Operation mode Setting range F, F2, F7, F9, F, F2, to F3, F6 F3, F4, F5, F6 to set time range F8, F, F4, F5 `9999 to ( the setting range varies depending on the decimal point setting.) Only appears in PV transmission output models. MA 4-2 Current output specifications Setting range: 4-2, -2 ADDR Communication address Setting range: to 99 BPS ㅠㅜ 96 Communication speed Setting range: 96, 92, 384, 24, 48 (bps) ㅜ PRTY NONE Communication parity bit Setting range: NONE (none), EVEN (even), ODD (odd) STP 2 Communication stop bit Setting range:, 2 Only appears in RS485 comm. output models. RSwT 2 Communication response wait time Setting range by communication speed Communication speed Setting range (unit: bps) (unit: ms) 24 6 to to 99 96, 92, to 99 COmW ㅇ DISA Communication write Setting range: ENA (enable), DISA (disable) OC OFF ock Setting range Parameter Function OFF Unlock Oc ock all Oc Parameter /2/3 lock Oc2 Parameter 2/3 lock Oc3 Parameter 3 lock M-8

13 Pulse Meter Operation Mode by Parameter Groups Parameter group group 2 group 3 group Operation mode PSt 2 PSt 2 PSt PSt hpek lpek MODE IN-A IN-B 2 OUT-T 2 YS 2 GVARD AVToA AVToB MEMO pbank DOT tunt PSt 2 PSt 2 PSt PSt PSca PScaY PScb PScbY DISpT COUnB FS- FS- ㅡMA ADDR BPS PRTY STP REwT COmW OC : Only appears in only for quintuple output models. 2: Only appears in triple, quintuple output models. 3: The settings for IN-B and IN-A are applied. 4: ( ) F output mode [OUT-F] cannot be set. 5: ( ) setting range: OFF, )5, )5,, 2, 4, 8 ( : parameter display, X: no parameter display) F F2 F3 F4 F5 F6 F7 F8 F9 F F F2 F3 F4 F5 F6 5 Appears in all operation modes (F to F6). Appears in all operation mode (F to F6). Only appears in W. Appears in all operation modes (F to F6). Appears in all operation modes (F to F6). Only appears in PV transmission output models. Appears in operation modes (F to F6). Only appears in RS485 comm. output models. Appears in all operation modes (F to F6). 3 4 (A) (B) Fiber Optic (C) Door/Area (D) Proximity (E) Pressure (F) Rotary Encoders (G) Connectors/ Connector Cables/ Sensor Distribution Boxes/Sockets () Temperature (I) SSRs / Power (J) Counters (K) Timers () Panel (M) Tacho / Speed / Pulse (N) Units (O) Sensor (P) Switching Mode Power Supplies (Q) Stepper Motors & Drivers & (R) Graphic/ ogic Panels (S) Field Network Devices (T) Software Monitoring delay function by output mode Output mode S mode mode mode B mode I mode F mode Parameter STARD OVT-; OVT- OVT-B OVT-I OVT-F Comparative output limit Start compensation timer M-9

14 S/Y/W Series Operation Modes [MODE] Select operation mode from operation mode[mode]of parameter group.. has 6 operation modes. F Mode: Frequency/Revolutions/Speed Measures the frequency of input A and displays the calculated frequency, revolutions, and speed. ) Frequency (z) = f α (α= [sec]) 2) Revolutions (rpm) = f α (α= 6[sec]) 3) Speed (m/min) = f α (α= 6[sec]) : travel distance of conveyor belt of pulse cycle[m] α: prescale value 6 For multiple objects, α = N value and display unit value unit α (prescale value) Frequency Revolutions Speed z kz. rps rpm (default) 6 mm/sec, cm/sec m/sec m/min 6 km/hour 3.6 old input Encoder t t2 t3 t4 t5 t6 α α t t2 α t3 α t5 α t6 F2 Mode: Passing Speed s the passing speed between input A ON and input B ON. Passing speed (V) = f α (α = [m]) f : reciprocal of time [sec] between input A (sensor) ON and input B (sensor) ON. : distance between input A (sensor) and input B (sensor) [m] α: prescale value value and display unit value unit α (prescale value) mm/sec, cm/sec Passing speed m/sec (default) m/min 6 km/hour 3.6 F3 Mode: Cycle s the measured time from ON to the next ON. Cycle (T) = t t: measurement time[sec] value and display unit ([tunt] of parameter 2) value Cycle unit Sec Min s (default) m s m 99m59.9s 9h59m59s 99999s 99h59.9m 999h59m 99999m old input t ta Sensor B α t ta: Return time (over 2ms) old input sensor t Sensor A t2 t3 t4 t5 t6 t7 α t2 t2 t t2 α t3 α t4 α t6 t3 t4 t5 t6 α t7 t3 t5 t6 M-2

15 Pulse Meter F4 Mode: Passing Time Measures the time from ON to the next ON, and displays the passing time of the arbitrary distance. Passing time[sec]= t α (α= [m] ) Distance advanced in pulse cycle [m] t : measured time[sec], : arbitrary distance[m] α: prescale value value and display unit ([tunt] of parameter 2) value Passing time unit SEC MIN s (default) m s m 99m59.9s 99h59.9m 9h59m59s 999h59m 99999s 99999m old input t t2 : ength[m] t3 t4 t5 t6 t α t2 α t3 α t5 α t6 α (A) (B) Fiber Optic (C) Door/Area (D) Proximity (E) Pressure (F) Rotary Encoders (G) Connectors/ Connector Cables/ Sensor Distribution Boxes/Sockets () Temperature F5 Mode: Time Interval s measured time of ON Time interval (T) = t t: measured time of input A ON [sec] value and display unit ([tunt] of parameter 2) value Time interval unit SEC MIN s (default) m s m 99m59.9s 99h59.9m 9h59m59s 999h59m 99999s 99999m F6 Mode: Time Differential s measured time from ON to ON. Time differential (T) = t (ta to tb) t (ta to tb): measured time from input A ON to input B ON [sec] value and display unit ([tunt] of parameter 2) value Time difference unit SEC MIN s (default) m s m 99m59.9s 99h59.9m 9h59m59s 999h59m 99999s 99999m Motor old input ta: Return time (over 2ms) old input Sensor B ta t ta ta: Return time (over 2ms) t2 t Stamp Sensor A t t2 t3 t4 t5 t6 t7 t t2 t3 t4 t6 t7 ta t2 t3 t3 (I) SSRs / Power (J) Counters (K) Timers () Panel (M) Tacho / Speed / Pulse (N) Units (O) Sensor (P) Switching Mode Power Supplies (Q) Stepper Motors & Drivers & (R) Graphic/ ogic Panels (S) Field Network Devices (T) Software M-2

16 S/Y/W Series F7 Mode: Absolute Ratio Measures and displays relative speed, amount, speed, etc. of input B against input A in percentage (%). Absolute ratio = ( / ) % Absolute ratio = Frequency of input B[z] Bα [%] Frequency of input A[z] Aα Aα: Prescale value of input A, Bα: Prescale value of input B value and display unit value unit Absolute ratio % Flow meter A fb old: When the hold signal turns ON, the display value is maintained until the display cycle turns to hold OFF. = Frequency of input B[z] Bα [%] Frequency of input A[z] Aα iquid fa Flow meter B F8 Mode: Error Ratio Measures and displays the relative rate of input B against the reference value of input A in percentage (%). Error ratio = - [%] (Frequency of input B [z] Bα)- Error ratio = (Frequency of input A[z] Aα) [%] Frequency of input A[z] Aα Aα: prescale value of input A, Bα: prescale value of input B value and display unit value unit Error ratio % old: When the hold signal turns ON, the display value is maintained until the display cycle turns to hold OFF. Conveyor A fa fb Conveyor B F9 Mode: Density Measures and displays the density ratio (%) of input B against the total sum of input A and input B. Density = [%] + Frequency of [z] Bα Density = [%] (Frequency of input A[z] Aα) + (Frequency of input B[z] Bα) Aα: Prescale value of input A, Bα: Prescale value of input B Flow meter A Flow meter B iquid value and display unit value unit Density % fa old: When the hold signal turns ON, the display value is maintained until the display cycle turns to hold OFF. fb F Mode: Error Measures and displays the error of input B against reference value of input A. Error = - Error = (Frequency of input B[z] Bα) - (Frequency of input A[z] Aα) Aα: prescale value of input A, Bα: prescale value of input B value and display unit value unit Error END User setting old: When the hold signal turns ON, the display value is maintained until the display cycle turns to hold OFF. Conveyor A Conveyor B fa fb M-22

17 Pulse Meter F Mode: ength Measurement Measure and display the number of input A pulses during input B ON. ength measurement = P α P: Number of input A pulses, α: Prescale value value and display unit value ength measurement unit Quantity (default) mm cm m F2 Mode: Interval Measures and displays the number of input A pulses from ON to the next ON. Interval = P α P: Number of input A pulses, α: Prescale value value and display unit value unit Quantity (default) mm Interval cm m old input ta sensor α 2 α 4 α ta, tb: return time (over 2ms) old input ta: return time (over 2ms) tb sensor ta 5 α 4 α (A) (B) Fiber Optic (C) Door/Area (D) Proximity (E) Pressure (F) Rotary Encoders (G) Connectors/ Connector Cables/ Sensor Distribution Boxes/Sockets () Temperature (I) SSRs / Power (J) Counters (K) Timers () Panel F3 Mode: Accumulation Measures and displays the counted value of input A pulses. Accumulation = P α P: Number of input A pulses, α: Prescale value value and display unit value unit Accumulation Quantity[EA] Operation Counts the number of input A pulses. 2 is an enable input signal. During ON, the quantity and display value of input A will be held, and during OFF input A will be re-counted. 3 When RESET input is ON, the integrated counted value will be reset to "". RESET α= display value (M) Tacho / Speed / Pulse (N) Units (O) Sensor (P) Switching Mode Power Supplies (Q) Stepper Motors & Drivers & (R) Graphic/ ogic Panels (S) Field Network Devices (T) Software M-23

18 S/Y/W Series F4 Mode: Addition/Subtraction-Individual Input s the counted value from added input A pulses and subtracted input B pulses. When there are two inputs simultaneously, it will not count. Addition/Subtraction = α - β α: Prescale value of input A, β: Prescale value of input B value and display unit value unit Addition/ Subtraction Quantity (individual input) Operation and timing chart Pulse of input A is added, and pulse of input B is subtracted. RESET sensor α, β= display value (addition) (subtraction) F5 Mode: Addition/Subtraction- Phase difference input When input A is low, counting is added to the low of input B. When input A is low, counting is subtracted from the high of input B. Addition/Subtraction (phase difference) = Detects position and speed using A and B phases of encoder outputs as input. value and display unit value Up/Down counting (phase difference input) unit Quantity RESET F6 Mode: ength Measurement 2 Measures and displays the number of pulses from input A until the value of input B reaches the set value. ength measurement 2 = P α (until the setting value of ) P: Number of input A pulses, α: Prescale value value and display unit value unit ength measurement 2 Quantity[EA] If input A and input B are ON during initial power supply, it will not count and only count the number of rising edge. value is renewed depending on the display cycle [DISpT] setting. (e.g.) setting value of =4 RESET : When the display cycle [DISpT] setting is OFF, it will maintain the quantity of input A until the value of input B reaches the setting value B [COUnB]. M-24

19 Pulse Meter Output Modes [OUT-T] Series supports 6 output modes. (There is no output mode in indicator models). Requirement for setting comparative value: (B output mode) <<<, (F output mode) <, (other output modes) individual output operation regardless of size or order of set comparative values. S (standard) Output Mode [STARD] (high) Output Mode [OVT-] Comparative Comparative value value : hysteresis (A) (B) Fiber Optic (C) Door/Area Output GO Output GO (D) Proximity (E) Pressure output : value Comparative setting value output : value Comparative setting value output : value Comparative setting value output : value Comparative setting value GO output ON when there are no,,, outputs output : value Comparative setting value output : value Comparative setting value output : value Comparative setting value output : value Comparative setting value GO output ON when there are no,,, outputs (F) Rotary Encoders (G) Connectors/ Connector Cables/ Sensor Distribution Boxes/Sockets (low) Output Mode [OUT-] B (block) Output Mode [OUT-B] () Temperature Comparative value Output Comparative value Ouput GO GO output : value Comparative setting value output : value Comparative setting value output : value Comparative setting value output : value Comparative setting value GO output ON when there are no,,, outputs.3s.3s I (one-shot) Output Mode [OUT-I].3s.3s output : value Comparative setting value output : Comparative setting value > value Comparative setting value output : Comparative setting value > value Comparative setting value output : Comparative setting value > value Comparative setting value No GO output One-shot output time is fixed at.3 sec. No hysteresis Comparative value Output GO output : value Comparative setting value output : Comparative setting value > value Comparative setting value output : Comparative setting value < value Comparative setting value output : value Comparative setting value GO output ON when there are no,,, outputs F (deflection) Output Mode [OVT-F] Transmits outputs when the saved setting value exceeds deviation or deviation. Saving setting value: press the + keys to save as setting value. Checking setting value: press the key to check the setting value. Setting deviation: Sets deviation [PSt ], and deviation[pst ] of parameter group,2 with the setting value as reference. (The set deviation value is saved during Power OFF until it is re-set.) Deviation setting range:. to (the setting range varies depending on the decimal point [DOT] setting.) E.g.)Decimal point[dot]:., Setting range:. to Saving setting value ( + key) (high-limit) deviation Setting value (low-limit) deviation Power Saving setting value deviation output ON OFF ON OFF ON OFF 2 3 deviation ON output OFF 2: When selecting initial comparative output limit function, it does not transmit outputs. 3: The graph is assuming that there is a saved setting value prior to the setting value save point. The actual output position may be different. There are no, GO, outputs. The deviation can be set to "" but the actual operation will be the same as "". (I) SSRs / Power (J) Counters (K) Timers () Panel (M) Tacho / Speed / Pulse (N) Units (O) Sensor (P) Switching Mode Power Supplies (Q) Stepper Motors & Drivers & (R) Graphic/ ogic Panels (S) Field Network Devices (T) Software M-25

20 S/Y/W Series Function ysteresis [YS] Near the comparative setting value, the output may turn ON/OFF frequently and unstably. To prevent this, hysteresis value is set based on the comparative setting value. A: hysteresis value The hysteresis value can be set to "" but the actual operation value is "". Comparative setting value, Comparative setting value, Output, Output, A A Delay monitoring [GUArD] After supplying power, the starting current of motors and other inputs are changeable. This function allows stable control by limiting all outputs for a certain period of time, until the target measurement unit stabilizes. It may also control, outputs until a specific output is reached. Comparative output limit function [fdefy] : Only for S (Standard), B (Block), F (Deflection) output mode. : imits, output before, output. Initial, ouptuts does not operate, so GO output operates. ) During S (Standard) output mode 2) During B (Block) output mode Comparative value Comparative value Comparative output limit function removal deviation Setting value deviation Output Comparative value Output GO Output GO Comparative output limit function removal After supplying power, there is no initial, comparative outputs ( ). Comparative output limit function removal Each setting value of,,, is not related to their relative sizes. ence, value may be lower or equal to value. 3) During F (Deflection) output mode Start compensation timer function [STArT] Set monitoring delay time so that there is no output during the delay time. After supplying power, there is no comparative output ( ) of deviation. In F output mode, the comparative output limiting function is removed at the set value (standard setting) and deviation are not related to their relative sizes. ( deviation setting value > deviation setting value, deviation setting value < deviation setting value), comparative setting value Monitoring delay time No output Output Auto-zero time setting [AUToA, AUToB] When there is no input signal during auto-zero setting time, the display value is automatically set to (zero). Please set the auto-zero setting time so that it is longer than the interval of the slowest input signal. If the setting time is too long and there is no input signal, the rate at which the display value falls to (zero) decrease, and output response rate may slow down. Data bank [pbank] (only for W) Comparative setting value and prescale value are saved as two types (data bank, 2) and can be selected for use by opening or shorting of terminals. Terminal 3, 5 open: use value of data bank Terminal 3, 5 short: use value of data bank 2 Prescale [PSc., PSc.Y] s values in required units or specific multiples by counting the number of input pulses, then multiplying the number of pulses or the length of pulses by variables (X y). Number of revolutions (rpm) = f α = f 6 ( / N) = f 6 ( / 4) = f 6.25 = f 5 f: The number of input pulses per second[z], α: Prescale value N: The number of pulses per revolution Setting prescale value (α=5) Set mantissa (X) as.5, and exponent (Y) as for prescale value (α)=5. The same display value can be obtained with α value set as X=.5, and Y=2. M-26

21 Pulse Meter RS485 Communication Output Applicable for models with RS485 communication output through sub output (Y- 5, W- 8/9). Please refer to ' Ordering Information'.. Communication specifications Comm. protocol Modbus RTU 24, 48, 96 (default), 92, Communication Speed Connection type RS bps Application standard Compliance with EIA RS485 Communication response time 5 to 99ms (default: 2ms) Max. connection 3 units (address: to 99) Start Bit -bit fixed Synchronous method Asynchronous Data Bit 8-bit fixed Comm. method Two-wire half duplex Parity Bit None (default), Even, Odd Comm. distance Max. 8m Stop Bit, 2-bit (default) 2. System configuration RS232C/ USB/Wi-Fi Computer It is recommended to use Autonics communication converter; SCM-WF48 (Wi-Fi to RS485 USB wireless communication converter, sold separately), SCM-US48I (USB to RS485 converter, sold separately), SCM-38I (RS232C to RS485 converter, sold separately). Please use twisted pair wire for RS485 communication. 3. Communication control sequence. Communication equence follows Modbus RTU protocol. 2. Communication with the host system can be established after sec (,ms) of supplying power. 3. The initial transmission authority is held by the host device (PC). When the host device transmits a request, the W/Y Series sends a response. ost system W/Y Series Comm. converter Address Read command Address No. of data ON B(-) A(+) RS485 OFF Address Response command No. of data A B C A(+) B(-) A(+) B(-) A(+) B(-) RS485 DEVICE # Terminating resistance ( to 2Ω) Address Read command Address No. of data RS485 DEVICE #2 A: after sec of supplying power B: 384bps: approx..75ms 92bps: approx. 2ms 96bps: approx. 4ms 48bps: approx. 8ms 24bps: approx.6ms C: over 2ms RS485 DEVICE #3 4. Cautions for communication. Twisted pair cable (AWG24) is recommended for RS485 communication. When not using twisted pair cables, please make sure that A (+) and B (-) cable lengths are equal. 2. After connecting the communication cable, terminating resisters ( to 2Ω) must be attached at both ends. 5. Communication command and block definition 5-. read coil status (func. ), read input status (func. 2 ) ) Query (Master) Slave Function Starting Address No. of Points (no. of data) Error Check (CRC 6) Address (command) igh ow igh ow ow igh Byte Byte Byte Byte Byte Byte Byte Byte 2) Response (slave) Slave Function Byte Count Error Check (CRC 6) Data (low) Data Data (high) Address (command) (no. of data byte) ow igh Byte Byte Byte Byte Byte Byte Byte Byte B(-) A(+) RS485 DEVICE #3 The longer of the communication response wait time [RSwT] of parameter group 3 and response time of B is applied. (A) (B) Fiber Optic (C) Door/Area (D) Proximity (E) Pressure (F) Rotary Encoders (G) Connectors/ Connector Cables/ Sensor Distribution Boxes/Sockets () Temperature (I) SSRs / Power (J) Counters (K) Timers () Panel (M) Tacho / Speed / Pulse (N) Units (O) Sensor (P) Switching Mode Power Supplies (Q) Stepper Motors & Drivers & (R) Graphic/ ogic Panels (S) Field Network Devices (T) Software 5-2. Read olding registers (func. 3 ), read input registers (func. 4 ) ) Query (Master) Slave Address Function (command) Starting Address No. of Points (no. of data) Error Check (CRC 6) igh ow igh ow ow igh Byte Byte Byte Byte Byte Byte Byte Byte M-27

22 S/Y/W Series 2) Response (Slave) Slave Address Function (command) 5-3. Force single coil (func. 5 ) ) Query (Master) Slave Address Function (command) Coil Address Force Data Error Check (CRC 6) igh ow igh ow ow igh Byte Byte Byte Byte Byte Byte Byte Byte 2) Response (Slave) Slave Address Function (command) Coil Address Force Data Error Check (CRC 6) igh ow igh ow ow igh Byte Byte Byte Byte Byte Byte Byte Byte 5-4. Preset single register (func. 6 ) ) Query (Master) Slave Address Function Register Address Preset Data Error Check (CRC 6) (command) igh ow igh ow ow igh Byte Byte Byte Byte Byte Byte Byte Byte 2) Response (Slave) Slave Address Function (command) Register Address Preset Data Error Check (CRC 6) igh ow igh ow ow igh Byte Byte Byte Byte Byte Byte Byte Byte 5-5. Preset multiple registers (func. ) ) Query (Master) Slave Address Function Starting Address No. of Register Byte (command) Count 2) Response (Slave) Slave Address Function Starting Address No. of Register Error Check (CRC 6) (command) igh ow igh ow ow igh Byte Byte Byte Byte Byte Byte Byte Byte 5-6. Exception response-error code (exception processing) Data Data Error Check (CRC 6) igh ow igh ow igh ow igh ow ow igh Byte Byte Byte Byte Byte Byte Byte Byte Byte Byte Byte Byte Byte Slave Address Function +8 Byte Count (no. of data byte) Exception code Error Check (CRC 6) ow igh Byte Byte Byte Byte Byte Data Data Data Error Check (CRC 6) igh ow igh ow igh ow ow igh Byte Byte Byte Byte Byte Byte Byte Byte Byte Byte Byte When a communication error occurs, the highest bit from the received command (function) is set (), a response command is sent, and the corresponding exception code is transmitted. () IEGA FUNCTION (exception code: ) : Unsupported command (2) IEGA DATA ADDRESS (exception code: 2 ) : The requested start address does not not match the transmission address of the device. (3) IEGA DATA VAUE (exception code: 3 ) : The number of requested data does not match the transmission number of the device. (4) SAVE DEVICE FAIURE (exception code: 4 ) : The requested command cannot be processed properly. (CRC) M-28

23 Pulse Meter 6. Address mapping table 6-. Read coil status (func. ) / Force single coil (func. 5) No.(Address) Func R/W Parameter Description Setting range Note () R/W comparative output : OFF / : ON 2() R/W comparative output Comparative : OFF / : ON 3(2) R/W GO GO comparative output output : OFF / : ON 4(3) R/W comparative output ED : OFF / : ON 5(4) R/W comparative output : OFF / : ON 6(5) R/W : OFF / : ON 7(6) R/W : OFF / : ON 8 to 5 R/W : OFF / : ON 6-2. Read input status (func. 2) No.(Address) Func R/W Parameter Description Setting range Note () 2 R RESET(OD) External input RESET input status 2() 2 R BANK variables BANK input status 3(2) 2 R : OFF / : ON 4(3) 2 R : OFF / : ON 5(4) 2 R : OFF / : ON 6(5) 2 R : OFF / : ON 7(8) 2 R : OFF / : ON 8(7) 2 R : OFF / : ON 9(8) 2 R : OFF / : ON (9) 2 R : OFF / : ON (A) 2 R : OFF / : ON 2 to 5 2 R : OFF / : ON 6-3. Read input registers (func. 4) No.(Address) Func R/W Parameter Description Factory default Note 3 to 3 4 R Reserved 3(64) 4 R Product number Dedicated 32(65) 4 R Product number model number 33(66) 4 R ardware Version 34(67) 4 R Software Version 35(68) 4 R Model "MP" 36(69) 4 R Model 2 "5 " 37(6A) 4 R Model 3 "- " 38(6B) 4 R Model 4 " " Y- 5, 39(6C) 4 R Model 5 " " W- 8 ( W- 9 3(6D) 4 R Model 6 " " displayed as 3(6E) 4 R Model 7 " " W- 8) 32(6F) 4 R Model 8 " " 33(7) 4 R Model 9 " " 34(7) 4 R Model " " 35(72) 4 R Reserved 36(73) 4 R Reserved 37(74) 4 R Reserved 38(75) 4 R Coil Status Start Address 39(76) 4 R Coil Status Quantity 32(77) 4 R Input Status Start Address 32(78) 4 R Input Status Quantity 322(79) 4 R olding Register Start Address 323(7A) 4 R olding Register Quantity 324(7B) 4 R Input Register Start Address 325(7C) 4 R Input Register Quantity 326 to 32 4 R Reserved No.(Address) Func R/W Parameter Description Setting range Note 3(3E8) 4 R 32(3E9) 33(3EA) GO 34(3EB) 4 R DOT 35(3EC) 4 R UNIT Front display ED ED ED GO ED ED ED : OFF : OFF : OFF : OFF : OFF 4 R PV Measurement value to (3ED) 4 R MODE Operation mode 37(3EE) 4 R : : ) 2: ) : s : s 2: 99m59.9s 3: 9h59m59s 4: 99999s : F : F2 2: F3 : ON : ON : ON : ON : ON 3: ) 4: ) 5: m 6: m 7: 99h59.9m 8: 999h59m 9: 99999m to 4: F5 5: F6 Bit Bit 2 Bit 3 Bit 4 Bit (A) (B) Fiber Optic (C) Door/Area (D) Proximity (E) Pressure (F) Rotary Encoders (G) Connectors/ Connector Cables/ Sensor Distribution Boxes/Sockets () Temperature (I) SSRs / Power (J) Counters (K) Timers () Panel (M) Tacho / Speed / Pulse (N) Units (O) Sensor (P) Switching Mode Power Supplies (Q) Stepper Motors & Drivers & (R) Graphic/ ogic Panels (S) Field Network Devices (T) Software M-29

24 S/Y/W Series 6-4. Read holding registers (func. 3) / Preset single register (func. 6) / Preset multiple registers (func. 6) Comparative value settings and peak value check group No.(Address) Func R/W Parameter Description Setting range Factory default 4() comparative 3/6 R/W PSt Preset 42() value to (2) 44(3) 3/6 R/W PSt Preset comparative value to (4) 46(5) 3/6 R/W PSt Preset comparative value to (6) 48(7) 3/6 R/W PSt Preset comparative value to (8) igh peak value 3/6 R/W hpek igh Peak 4(9) of measured value (A) ow peak value 3/6 R/W lpek ow Peak 42(B) of measured value to 45 3/6/6 R/W Reserved : In operation modes F8, F, F4, F5,the setting range is to : Max./Min. measurement value Parameter group No.(Address) Func R/W Parameter Description Setting range 45(32) 3/6/6 R/W MODE Mode Input operation mode 452(33) 3/6/6 R/W IN-A 453(34) 3/6/6 R/W IN-B Sensor type 454(35) 3/6/6 R/W OUT-T Output type Output mode : F : F2 2: F3 : NPnhF : NPnmF 2: NPnlF 3: PNphF 4: PNpmF 5: PNplF : STARD : OUT- 2: OUT- 3: OUT-B 4: OUT-I 5: OUT-F to 4: F5 5: F6 Factory default 455(36) 3/6/6 R/W YS ysteresis ysteresis value to (37) 3/6/6 R/W GUArD Output limit Output limit function : fdefy : STArT 457(38) 3/6/6 R/W Start compensation STArT Start limit value timer value. to (39) 3/6 R/W 459(3A) 3/6 R/W AUToA Auto-zero A 46(3B) 3/6 R/W 46(3C) 3/6 R/W AUToB Auto-zero B Auto-zero time. to (3D) 3/6/6 R/W MEMO Memory Memory retention : OFF : ON 463 to 4 3/6/6 R/W Reserved Parameter 2 group No.(Address) Func R/W Parameter Description Setting range 4(64) 3/6/6 R/W pbank Data bank Data bank 42(65) 3/6/6 R/W DOT Dot Decimal point 43(66) 3/6/6 R/W tunt Time unit Time unit 44(67) 3/6/6 R/W tsec Time sec Time range : : 2 : : ) 2: ) 3: ) 4: ) : tsec : tmin : 99(99 : 999(9 2: 9(5(9 3: (5(59 4: : 99(99 6: 999(9 7: 9(5(9 8: 99(59 9: s s 99m59.9s 9h59m59s 99999s m m 99h59.9m 999h59m 99999m Factory default M-3

25 Pulse Meter Parameter 2 group No.(Address) Func. R/W Parameter Description Setting range 45(68) 3/6 R/W 46(69) 3/6 R/W 47(6A) 3/6 R/W 48(6B) 3/6 R/W 49(6C) 3/6 R/W 4(6D) 3/6 R/W 4(6E) 3/6 R/W 42(6F) 3/6 R/W 43(7) 3/6 R/W 44(7) 3/6 R/W No.(Address) Func. R/W Parameter Description Setting range 45(96) 452(96) 3/6 R/W FS- Full scale igh 453(96) 454(96) 3/6 R/W FS- Full scale ow 455(96) 3/6/6 R/W MA ma igh-limit value of PV transmission output ow-limit value of PV transmission output Transmission output spec. : igh-limit/low-limit setting value of PV transmission output. (varies by model and operation mode) Setting range varies by model and operation mode : 4-2(mA) : -2(mA) 456(96) 3/6/6 R/W ADDR Unit address Communication address to 99 : 24 : (96) 3/6/6 R/W BPS Bit per Sec Communication Speed 2: 96 3: 92 4: (96) 3/6/6 R/W PRTY Parity bit Communication parity bit 459(96) 3/6/6 R/W STP Stop bit Communication stop bit 46(96) 3/6/6 R/W RSwT Response waiting time 46(96) 3/6/6 R/W COmW Communi cation write 462(96) 3/6/6 R/W OC ock ock 463 to 42 3/6/6 R/W Reserved PSt Preset PSt Preset PSt Preset PSt Preset PSca Prescale A Mantissa 45(72) 3/6/6 R/W PScaY Prescale A Exponent 46(73) 3/6 R/W PScb Prescale B 47(74) 3/6 R/W Mantissa 48(75) 3/6/6 R/W PScbY Prescale B Exponent comparative value comparative value comparative value comparative value Prescale A mantissa Prescale A exponent Prescale B mantissa Prescale B exponent 49(76) 3/6/6 R/W DISpT time cycle 42(77) 3/6 R/W 42(78) 3/6 R/W COUnB INB Setting value Operation mode F6 INB 422 to 45 3/6/6 R/W Reserved : In operation modes F8, F, F4, F5, the setting range is to Parameter 3 group Communication response waiting time Communication write enable/disable : NONE : EVEN 2: ODD : : 2 5 to 99(ms) 2 : DISA : ENA : OFF : Oc 2: Oc 3: Oc2 4: Oc3 Factory default to to to to to to 9: + ( to 9) to 9: - ( to 9). to to 9: + ( to 9) to 9: - ( to 9) : OFF : )5 2: )5 3: 4: 2 5: 4 6: 8 to Factory default (A) (B) Fiber Optic (C) Door/Area (D) Proximity (E) Pressure (F) Rotary Encoders (G) Connectors/ Connector Cables/ Sensor Distribution Boxes/Sockets () Temperature (I) SSRs / Power (J) Counters (K) Timers () Panel (M) Tacho / Speed / Pulse (N) Units (O) Sensor (P) Switching Mode Power Supplies (Q) Stepper Motors & Drivers & (R) Graphic/ ogic Panels (S) Field Network Devices (T) Software Series Operation mode Setting range Y W F, F2, F7, F9, F, F2, F3, F6 to F3, F4, F5, F6. to set time range F8, F, F4, F to M-3

26 S/Y/W Series Comprehensive Device Management Program (DAQMaster) DAQMaster is comprehensive device management program for convenient management of parameters and multiple device data monitoring. Visit our website ( to download user manual and comprehensive device management program. < Computer specification for using software > < DAQMaster screen > Item System Operations Memory ard disk VGA Others Minimum requirements IBM PC compatible computer with Intel Pentium Ⅲ or above Microsoft Windows 98/NT/XP/Vista/7/8/ 256MB+ GB+ of available hard disk space Resolution: or higher RS-232 serial port (9-pin), USB port Cautions during Use Please separate the unit wiring from high voltage lines or power lines to prevent inductive noise. Install a power switch or circuit breaker to control the power supply. In case of 24VAC, 24-48VDC model, power supply should be insulated and limited voltage/current or Class 2 SEV power supply device. The power switch or circuit breaker should be installed where it is easily accessible by the user. Do not use the unit in the following environments. Environments with high vibration or shock. 2 Environments with exposure to direct sunlight. 3 Near machinery which produce strong magnetic force or electric noise. Storing the unit When storing the unit for an extended period, please avoid direct exposure to sunlight. Ambient temperature should be between -2 to 6 and ambient humidity should be between 35% to 85%R. Store in factory packaging for best results. Input line Please use a shield wire in environments where noise may occur or instances where long measurement input lines are required. Please maintain distance between the power supply line and measurement input line. This product may be used in the following environments Indoors 2 Max. altitude: 2,m 3 Pollution degree 2 4 Installation category II M-32