No mark Time-limit SPDT (1c) A Time-limit DPDT (2c) B Time-limit SPDT (1c), Instantaneous SPDT (1c) S DIN W48 H48mm.

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1 Series Digital LCD Timer DIN W48 H48mm Features Power supply : 4-4VAC 5/6Hz, 4-4VDC universal Easy to switch Up/Down mode programmable output modes and timing ranges () Selectable function by front digital switches Graphic output contact status display (N.O./N.C.) BAR graph display of time progressing in 5% increments Compact size (length: 74mm) Please read Safety Considerations in operation manual before using. Ordering Information LE S Item Digit Size Output No mark Time-limit SPDT (c) A Time-limit DPDT (c) B Time-limit SPDT (c), Instantaneous SPDT (c) S DIN W48 H48mm 999 (-digit) LE LCD timer (digital switch type) Sockets (PG-8, PS-8(N), PS-M8) are sold separately. K- Specifications Model A B Function Multi time and operation Multi time range, Power ON Delay operation Display method Power supply Allowable voltage range Power consumption LCD display (character size: W4 H8mm) 4-4VACᜠ 5/6Hz, 4-4VDCᜡ universal 9 to % of rated voltage Max..5VA (4-4VACᜠ 5/6Hz), Max. W (4-4VDCᜡ) Return time Max. ms Max. ms Min. input signal width Input Approx. ms - No-voltage input Impedance at short-circuit: Max. kω - Residual voltage: Max..5VDC Impedance at open-circuit: Min. kω Timing operation Signal ON Start Power ON Start Control output Max..VA (4-4VACᜠ 5/6Hz), Max..5W (4-4VDCᜡ) Contact type Time limit SPDT (c) Time limit DPDT (c) Contact capacity 5VACᜠ 5A resistive load 5VACᜠ A resistive load Mechanical Relay life cycle Electrical Min.,, operations Min., operations (5VAC 5A resistive load) Min., operations (5VAC A resistive load) Output mode operation modes Power ON Delay mode fixed Environment Accessory Ambient temp. - to 55, storage: -5 to 65 Ambient humidity 5 to 85%RH Bracket Environment resistance is rated at no freezing or condensation. Time limit SPDT (c), Instantaneous SPDT (c)

2 Thumbwheel Switch Setting Type LCD Display Timer Specifications Model A B Repeat error error Voltage error Temperature error Insulation resistance Dielectric strength Noise immunity Vibration Mechanical Malfunction Shock Approval Mechanical Malfunction Max. ±.% ±.5sec (for Power ON Start) Max. ±.5% ±.sec (for Signal ON Start) Over MΩ (at 5VDC megger),vac 5/6Hz for minute Max. ±.% ±.5sec ±kv the square wave noise (pulse width: μs) by the noise simulator.75mm amplitude at frequency of to 55Hz (for min) in each X, Y, Z direction for hour.5mm amplitude at frequency of to 55Hz (for min) in each X, Y, Z direction for min m/s² (approx. G) in each X, Y, Z direction for times m/s² (approx. G) in each X, Y, Z direction for times Unit weight Approx. g Approx. 5g (A) Photoelectric (B) Fiber Optic (C) Door/Area (D) Proximity (E) Pressure (F) Rotary Encoders (G) Connectors/ Connector Cables/ Distribution Boxes/Sockets (H) Temperature Connections A (I) SSRs / Power (J) Counters (K) Timers CONTACT OUT: 5VAC 5A RESISTIVE LOAD (Time limit c) CONTACT OUT: 5VAC 5A RESISTIVE LOAD 8 (Time limit c) (Time limit c) 6 7 (L) (M) cho / Speed / Pulse (N) Display Units - + SOURCE 4-4VAC 5/6Hz 4-4VDC B - + SOURCE 4-4VAC 5/6Hz 4-4VDC (O) (P) Switching Mode Power Supplies CONTACT OUT: 5VAC 5A RESISTIVE LOAD (Q) Stepper Motors & Drivers & (R) Graphic/ Logic s (Instantaneous contact c) 8 (Time limit c) (S) Field Network Devices (T) Software - + SOURCE 4-4VAC 5/6Hz 4-4VDC K-

3 Series Input Connections ( Only) Solid-state input Contact input +V -4VDC + OUT - Q S GND V V Q is ON: Operating : NPN open collector output S is ON: Operating S: Micro switch, push button switch, relay RL Q -4VDC +V + OUT - Input level No voltage input Short-level (transistor is ON) Residual voltage: Max..5V Impedance: Max. kω Open-level (transistor is OFF) Impedance: Min. kω GND V Contact input Please use reliable contacts enough to flow 5VDC ma of current. Q is ON: Operating : NPN universal output Dimensions (unit: mm) Bracket cut-out Min Min pin socket: PG-8 (sold separately) K-4

4 Thumbwheel Switch Setting Type LCD Display Timer Unit Description (A) Photoelectric Output OFF Output operation mode (refer to page K-7.) ON Time value Time unit : hour : min : sec Bar graph indicator for time processing (B) Fiber Optic (C) Door/Area (D) Proximity (E) Pressure Setting of preset value to 999 Up/Down Mode Output operate as Up or Down mode by Up/Down switch location. Default specifications A, B Time range selector (refer to page K-6.) Up Down DN UP DN UP Power must be cut off. (F) Rotary Encoders (G) Connectors/ Connector Cables/ Distribution Boxes/Sockets (H) Temperature (I) SSRs / Power (J) Counters Up/Down mode: Up Up/Down mode: Up Output mode: A mode (fixed) Down mode is option. (K) Timers (L) Output Operation Mode Selection Please select operation mode by press the left of, keys in front panel. Output operation mode A ON Delay A B Interval Delay A C ON Delay B D Flicker A E Flicker B F One-shot Out Flicker H OFF Delay K ON/OFF Delay L Interval Delay B N Integration Time (M) cho / Speed / Pulse (N) Display Units (O) (P) Switching Mode Power Supplies (Q) Stepper Motors & Drivers & (R) Graphic/ Logic s (S) Field Network Devices Refer to the K-7 to 9 for details about output operation mode. ON Delay A of A mode and ON Delay B of C mode are different. Interval delay A of B mode and Interval Delay B of L mode are different. Flicker A of D mode and Flicker B of E mode are different. Output mode A is operated as time progresses only when the signal applied continuously. Output mode B is operated as time progresses even the signal is applied as One-shot signal. (one-shot input signal should be over ms.) (T) Software K-5

5 Series Time Specifications and Time Range Please select time unit and range by press the right of, keys in front panel. BAR graph: Display % for the time progressing against setting time Time Range mode.s.sec to 9.99sec.s.sec to 99.9sec s sec to 999sec.m.min to 99.9min m min to 999min.h.hour to 99.9hour h hour to 999hour h hour to 999hour S min sec to 9min 59sec M hour min to 9hour 59min Time setting digital switch Setting of operation time: Please select operation time by press the center of, keys in front panel. When using this unit with. sec of operation time. After selecting as time range, then set digital switches as. sec In this case, it is convenient to put a decimal point as below figure. Mark a decimal point. Bar graph display: Display the progress rate of time for setting time with bar, it is calculated as below for bar. Setting value (operation time) (total number of bars) = The time for bar is lighted. A, B Output Operation Mode t=setting time, Rt=Reset time (min. ms) t Rt t Power -7 A Time-limit contact -4 N.C. (8-5) Time-limit contact - N.O. (8-6) t Rt t B Power -7 Time-limit contact N.C. Time-limit contact N.O Instantaneous contact N.C. Instantaneous contact N.O K-6

6 Thumbwheel Switch Setting Type LCD Display Timer Mode Output Operation Mode Time chart A T T ON Delay 4 T T=Setting time, T > (A) Photoelectric (B) Fiber Optic (C) Door/Area (D) Proximity. Time progresses when signal is ON.. The output will be ON when the setting value is equal to the display value. (Position ). When the signal is ON, the display value is returned to the initial state. (Position ) If signal is OFF when the output is OFF the display value is returned to initial state (Position 4). B T T T Interval Delay. The output turns ON and time progresses when signal is ON.. The output will be ON when the setting value is equal to the display value. (Position ). When the signal is ON, the display value is returned to the initial state. (Position ) If signal is OFF when the output is OFF the display value is returned to initial state. (Position ) C T T T T ON Delay. Time proceeds when signal is ON.. The output will be ON when the setting value is equal to the display value. (Position ). When the signal is ON, the display value is returned to the initial state. When start signal is applied repeatedly (Position ), only the initial signal is recognized. Even if the signal is not applied, time progresses. (Position ) D T T T T Flicker. Time progresses repeatedly when the signal is ON.. The output operates from N.C. to N.O., and from N.O. to N.C. repeatedly.. If signal is ON, it is returned to initial state. (Position ) If the signal is OFF, the display value and output is returned to initial state. (Position ) E T T T T T T T Flicker (E) Pressure (F) Rotary Encoders (G) Connectors/ Connector Cables/ Distribution Boxes/Sockets (H) Temperature (I) SSRs / Power (J) Counters (K) Timers (L) (M) cho / Speed / Pulse (N) Display Units (O) (P) Switching Mode Power Supplies (Q) Stepper Motors & Drivers & (R) Graphic/ Logic s (S) Field Network Devices (T) Software. Time progresses repeatedly when the signal is ON.. The output operates from N.C. to N.O., and from N.O. to N.C. repeatedly.. If signal is ON, it is returned to initial state. (Position ) When signal is applied repeatedly, only the initial signal is recognized. (Position ) Even if the signal is not applied, time progresses. (Position ) Initial state: Output is OFF, the display value is "". (UP mode). The output is OFF and the display value is the setting value (DOWN mode) When using D, E output operation modes, if the time is set too short, the output may not work properly. Please set the time at least over ms. K-7

7 Series Mode F Output Operation Mode One-shot Out Flicker Time chart T T T T T T T.s T=Setting time, T=T+T+T, T >, T >+Tb.s One-shot output H OFF Delay K ON-OFF Delay L Interval Delay N Integration Time. Time progresses from initial value to the preset value repeatedly and the output operates as one-shot (. sec), when the signal is ON. (Position ). If the signal is ON, it is returned to initial state. (Position ) When signal is applied repeatedly, only the initial signal is recognized. (Position ) T. The signal & the output are ON at the same time. The output will return and the display value is held after the setting time.. If the signal is ON, the display value is returned to initial state. If the signal is applied continuously, the output will be ON but time is not progressed. T T T. When the signal is ON the output is ON the output will be reset and display value is held when setting value is equal to display value.. The signal turns OFF, the output turns ON, the output will be reset and display value is held when setting value is equal to display value.. If signal is ON, it is returned to initial state. If signal is applied repeatedly, output keeps ON but be sure that the time will be initialized. T T T T. When signal is ON, the output turns ON and the time progresses at the same time.. When the time reaches at the preset value the output will be reset, and the display value is held.. If signal is applied, the display value is returned to initial state. When signal is applied repeatedly, only the initial signal is recognized. (Position ) T T T Tb T Tb. When signal is ON, time progresses.. If signal turns off before the display value reaches the setting value, the time (display value) will be held.. If signal is ON, it is returned to initial state. Initial state: The output is OFF, the display value is "". (UP mode) The output is OFF and the display value is setting value. (DOWN mode) When using F output operation modes, if the time is set too short, the output may not work properly. Please set the time at least over ms. K-8

8 Thumbwheel Switch Setting Type LCD Display Timer Proper Usage Caution It may cause electric shock if touching the input signal terminal (between start, reset, inhibit and terminal ) when the power is supplied. Power connection Connect AC power line between (-7) for AC power type. But please aware power connection for DC power type. (, 7 ) When turning off power, be sure about inductive voltage, residual voltage between terminal (-7), it may cause problem with low voltage because power consumption is low and impedance is high. (if using power line in with another high voltage line or energy line in the same conduit, it may cause inductive voltage. Therefore please use separate conduit for power line.) Power ripple should be under % and power supply should be within range of allowable voltage for DC power type. Please supply power quickly as using a switch or relay contact, otherwise it may cause timing error. When using SSR (solid state relay) for switching power source of Timer, dielectric strength voltage should be times higher than power source. Input/Output Please check operation mode of this unit before connecting the power. If setting for operation time, output may not work. When using a relay contact as input signal, please use reliable contact enough to flow 5VDC ma of current. (short circuited: Contact resistance under kω, Open circuit: Residual voltage under.5v) In case of connecting terminal () and power terminal () of, do not start time at the same time applying power. Please use relay contact or transistor to start. (time error occurs when time starts the moment power is supplied.) When power is applied to A, B, it starts to operate,please check operation specification before using. (it may cause breakdown of peripheral device when power is applied without any check.) is transformer-less type, therefore please check following for connecting a relay contact, input signal and transistor. When connecting or more than Timers with relay contact for input or transistor, please connect as following <Figure. >. Input contact or transistor Main circuit Shortcircuit current Input contact or transistor 4 4 < Figure. > 4 4 < Figure. > Please use transformer with primary and secondary isolated power for input. 4 ~ Power ~ Power ~ Power (A) Photoelectric (B) Fiber Optic (C) Door/Area (D) Proximity (E) Pressure (F) Rotary Encoders (G) Connectors/ Connector Cables/ Distribution Boxes/Sockets (H) Temperature (I) SSRs / Power (J) Counters (K) Timers (L) (M) cho / Speed / Pulse (N) Display Units (O) (P) Switching Mode Power Supplies (Q) Stepper Motors & Drivers & (R) Graphic/ Logic s (S) Field Network Devices Rectification Transformer circuit with isolation < power supply device> (T) Software K-9