Multi Function Timer with Free power, Compact size W38 H42mm

Transcription

1 Multi Function with Free power, ompact size W8 H4mm Features Wide power supply range : VA 50/0Hz, 4-40VD (universal), 4VA 50/0Hz / 4VD (universal), 1VD Various output operations( operation modes) Multi time range (1 types of time range) Wide time setting range (0.1 sec to 0 hour) lose and DIN rail mounting with a dedicated socket (PS-M8) width 41mm Easy mounting and installation/maintenance with dedicated bracket for DIN 48 48mm Please read aution for your safety in operation manual before using. Ordering information AS AS D Specifications 1 1(0.1 to 1) (0. to ) 1 1VD supply 4VA / 4VD VA / 4-40VD Number of plug pins 8 8-pin plug type Item AS Small Analog Sockets (PG-08, PS-08, PS-M08) are sold separately. Output D ime c E Instant 1c + ime 1c 1 1(0.1 to 1) (0. to ) 1 1VD supply 4VA / 4VD VA / 4-40VD Number of plug pins pin plug type Item AS Small Analog Sockets (PG-11, PS-11) are sold separately. Model AS8-1 AS8- AS11-1D AS11- D AS11-1E AS11- E Function Multi Function ontrol time setting range 0.1sec to 10hour 0.sec to 0hour 0.1sec to 10hour 0.sec to 0hour 0.1sec to 10hour 0.sec to 0hour supply VA 50/0Hz, 4-40VD, universal 4VA 50/0Hz, 4VD, universal 1VD Allowable voltage range 90 to 110% of rated voltage consumption VA: 4.VA, 4-40VD: W 4VA: 4.5VA, 4VD: W 1VD: 1.5W VA :.5VA, 4-40VD : 1.5W 4VA : 4VA, 4VD :1.5W 1VD : 1W VA : 4.VA, 4-40VD : W 4VA : 4.5VA, 4VD : W 1VD : 1.5W Return time Max. 100ms Min. input signal width - Max. 50ms No-voltage input - Short-circuit impedance : Max. 1kΩ, Input - Residual voltage : Max. 0.5V Open-circuit impedance : Max. 100kΩ ime operation ON Start Signal ON Start ime DPD(c) or Instantaneous ime SPD (1c), Instant ontrol ontact type SPD(1c)+ime SPD(1c) ime DPD (c) SPD (1c) output selectable by output operation mode ontact capacity 50VA A resistive load Relay life Mechanical Min. 10,000,000 operations cycle Electrical Min. 100,000 operations (50VA A resistive load) K-4

2 Small Multi Specifications Model AS8-1 AS8- AS11-1D AS11- D AS11-1E AS11- E Repeat error Max. ±0.% ±10ms Setting error Max. ±5% ±50ms Voltage error Max. ±0.5% emperature error Max. ±% Insulation resistance 100MΩ (at 500VD megger) Dielectric strength 000VA 50/0Hz for 1 min. Noise resistance ±kv the square wave noise (pulse width 1μs ) by noise simulator Vibration Mechanical 0.5mm amplitude at frequency of 10 to 55Hz(for 1 min.) in each of X, Y, Z directions for 1 hour Malfunction 0.5mm mplitude at frequency of 10 to 55HHz(for 1 min.) in each of X, Y, Z directions for 10 min. Shock Mechanical 00m/s (approx. 0G) in each of X, Y, Z directions times Malfunction 100m/s (approx. 10G) in each of X, Y, Z directions times Ambient Environment temperature -10 to 55, storage: -5 to 5 Ambient humidity 5 to 85%RH, storage: 5 to 85%RH Approval Accessory Bracket Unit weight Approx. g Environment resistance is rated at no freezing or condensation. onnections AS8 When selectiong [A], [F] output operation mode When selecting [A1], [B], [F1], [I] output operation mode (A) Photo electric (B) Fiber optic () Door/Area (D) Proximity (E) Pressure (F) Rotary encoder (G) onnector/ Socket (H) emp. (I) SSR/ (J) ounter VA A VA 50/0Hz, 4-40VD 4VA 50/0Hz, 4VD 1VD VA A (Instant 1c) VA 50/0Hz, 4-40VD 4VA 50/0Hz, 4VD 1VD (K) (L) Panel (M) acho/ Speed/ Pulse (N) unit (O) Sensor AS11- D VA A VA 50/0Hz, 4-40VD 4VA 50/0Hz, 4VD 1VD AS11- (Instant 1c) E VA A VA 50/0Hz, 4-40VD 4VA 50/0Hz, 4VD 1VD (P) Switching mode power supply (Q) Stepper motor& Driver&ontroller (R) Graphic/ Logic panel (S) Field network device () Software (U) Other K-4

3 Dimensions Panel cut-out (unit : mm) Min Min Bracket Parts description Operation/ indication LED (Flashes for timer operation, urns ON for timer stop) Output operation indication LED [ime output operation(on) : urns ON] ime setting dial Output operation mode indicator AS8 (A, A1, B, F, F1, I mode) AS11 (A, F, F1,, D, I mode) indication (1S, 10S, 1M, 10M, 1H, 10H) setting switch Output operation mode setting SW urn the time range setting switch and the output operation mode setting switche to clockwise(w) direction. AS8-1 / AS11-1 AS8- / AS11- ime unit 1S 0.1 to 1 sec 0. to sec sec 10S 1 to 10 sec to 0 sec 1M 0.1 to 1 min 0. to min min 10M 1 to 10 min to 0 min 1H 0.1 to 1 hour 0. to hour hour 10H 1 to 10 hour to 0 hour Output operation mode for each model AS8 AS11 Output operation mode A ON A A1 ON 1 F B ON F1 F Flicker (OFF Start) F1 Flicker 1 (ON Start) D I Interval I Output operation mode Signal ON Flicker (OFF Start) Flicker 1 (ON Start) Signal OFF Signal ON/OFF Interval K-44

4 Small Multi Mode A Output operation mode(as8) [ t : Setting time, t>t-a, Rt : Return time, Rt1>Rt ] ON A1 ON 1 (One-shot output) ime chart - 1-4(8-5) 1-(8-) Instant contact N.O sec. 0.5sec. (A) Photo electric (B) Fiber optic () Door/Area (D) Proximity (E) Pressure (F) Rotary encoder (G) onnector/ Socket One-shot output is 0.5 sec. fixed. (H) emp. B (I) SSR/ ON 8- Instant contact N.O. 1- (J) ounter (K) F Flicker (OFF Start) - 1-4(8-5) 1-(8-) t t t-a Rt1 t t t (L) Panel (M) acho/ Speed/ Pulse (N) unit F1 Flicker 1 (ON Start) Instant contact N.O. 1- t t t-a Rt1 t t t (O) Sensor (P) Switching mode power supply (Q) Stepper motor& Driver&ontroller (R) Graphic/ Logic panel I - (S) Field network device () Software Interval Instant contact N.O. 1- (U) Other When using F, F1 output operation modes, if the time is set too short, the output may not work properly due to contact output response time. Please set the time at least over 100ms. K-45

5 Output operation mode (AS11) [ t : Setting time, t=t1+t, t>t-a ] Mode A Signal ON F Flicker (OFF Start) F1 Flicker 1 (ON Start) Signal OFF D Signal ON/OFF I Interval iime chart t t1 t t t t-a t t1 t t t t-a t t1 t t t-a t-a t1 t t t t-a t1 t t-a t t-a t-a t t t t-a t-a t1 t Note) 1. If power is cut or the terminal is short-circuited, the timer will be reset.. If the terminal is short-circuited during a time operation, the time will stop.. When using F, F1 output operation modes, if the time is set too short, the output may not work properly due to contact output response time. Please set the time at least over 100ms. K-4

6 Small Multi Proper usage Flicker mode Flicker mode which needs subsidiary relays and timers is available with an AS timer. You can organize flicker function economically. Start it with a switch A and reset it with a switch B. < Existing method > R1 R1 R1 R R 1 R1 1 Load R R < Using Flicker mode of AS > 10 A B ime Load Interval mode When using interval mode, you can simply organize instant on, time off (self hold circuit). ime Load (Existing wiring) : Instant R : (AS8) Load (Using Interval mode) ime onditions of input signal (AS11- D, AS11- E) 1. Input with contact Use a switch which is gilded and has good reliability of contact. Use a switch which has short bound (chattering) time for input contact because bound(chattering) time of contact timer may be error for operation time. Open resistance should be over 100kΩ and short resistance should be below 1kΩ. Use contact which has good reliability to open/close for 0.4mA small current.. Input with NPN open collector type haracteristics of transistor should be Vceo = min. 5V, Ic = min. 10mA, Icbo = max. 0. μa, residual voltage = max. 0.5V. Reset + Reset Inhibit + Inhibit Input with NPN universal type For non-contact circuit (proximity, photoelectric, etc.) which output voltage range is 10-0VD, voltage output is also available as input signal not as open collector output. In this case, when signal changes from H to L, a timer starts. Residual voltage should be below 0.5V when transistor (Q) is ON. RL Q 10-0VD mA 5 erminal connection Refer to the connection diagrams and wire it correctly. connection For power connection of AS Series, when it is A power, connect it to the designated power terminal regardless of polarity. When it is D power, be sure that the polarity for connecting. voltage 8-pin type 11-pin type A type erminal - erminal - 10 D type erminal - erminal - erminal - erminal 10 - urn OFF a power switch and be sure that not to supply induced voltage, residual voltage between timer power terminals. (When wiring power cable parallel with high voltage line, power line, induced voltage may occur between power terminals.) For D power, ripple should be below 10% and power voltage should be within the allowable range. Use contact such as switch, relay, etc to supply power voltage at once.if supplying power slowly, its time may be up regardless of set value or power may be not reset. Load for control output should be below the rated load capacity. (A) Photo electric (B) Fiber optic () Door/Area (D) Proximity (E) Pressure (F) Rotary encoder (G) onnector/ Socket (H) emp. (I) SSR/ (J) ounter (K) (L) Panel (M) acho/ Speed/ Pulse (N) unit (O) Sensor (P) Switching mode power supply (Q) Stepper motor& Driver&ontroller (R) Graphic/ Logic panel (S) Field network device () Software (U) Other K-4

7 hanging of set time, time range, operation mode It may cause malfunction when changing set time, time range, or operation mode during timer operation. urn OFF the power and change set time, time range, or operation mode. Input connection circuit of AS11- D/AS11- E timer does not use trans. Use isolation transformer which secondary part is not grounded as (Figure1) to cut off peripheral current flow for supplied power to external input deivces. (Figure 1) AS11- D/AS11- E ommon Be sure that when using a timer at high temperature for a long time, it may cause deterioration for inner parts(electrolytic condenser, etc.). When supplying the power to timer, do not wire it as (Figure ). his wiring causes timer malfunction due to path of peripheral leakage current from resistance and condenser. onnect resistance and condenser as (Figure ) to prevent from timer malfunction by peripheral leakage current. (Figure ) (Figure ) Leakage current R R Main circuit <Sensor> Rectification Isolation circuit trans < supply device for > (Figure ) (Figure ) (Figure 4) (Figure 5) Short circuit current As (Figure ), if using terminal 10 as common terminal of input signal, it may cause damage to inner circuit of AS11- D/AS11- E timer. Use terminal as common terminal referring to (Figure ). Do not use this unit at below places. Place where temperature or humidity is out of the rated specifications. Place where there is condensation by temperature changes. Place where flammable gas or corrosive gas. Place where there are dust, oil or severe vibration or impact. Place where strong alkalis or acids are used. Place where there are direct ray of the sun. Place where strong magnetic field or electric noise are generated When controlling several timers by one input contact or transistor, do not wire it as (Figure 4). his wiring causes short current due to not accorded phase of power. Wire it as (Figure 5) to accord to phase of power. Inhibit, Start, Reset signal is supplied to short input terminal -5, -, -. Be sure that if connecting other terminals or supplying over voltage, inner circuit is damaged. Do not wire input(,, ) cable parallel with or same with high voltage line, power line. Use shield cable when input(,, ) cable is longer. able length should be as short as possible. K-48