GT3W Series Dual Time Range Timers. CSA Certified File No.LR58183 LR96764 LR83814

Transcription

1 TW Series Courtesy of Steven Engineering, Inc. 0 Ryan Way, South San Francisco, CA, Main Office: (50) 5-00 Outside Local Area: (00) Specifications Time Range Rated Voltage Rating Form Voltage Tolerance Repeat Error Voltage Error Temperature Error Setting Error Reset Time Cert. No. BL0111 (LVD) E7111 (EMC) Insulation Resistance Dielectric Strength TW Series Dual Time Range Timers CSA Certified File No.LR51 LR7 LR1 Recycle T1: 0.1 seconds to hours T: 0.1 seconds to hours 0 to 0V AC(50/0Hz) V DC/AC(50/0Hz) 1V DC 0V AC/A, 0V DC/5A (resistive load) DPDT A0: 5 to 1V AC A00: 170 to V AC AD:. to.v AC, 1. to.v DC (ripple % maximum) ±0.% maximum ±1% maximum ±% maximum (over 0 to 0 C, reference temperature 0 C) ±% maximum 0.1 second maximum (reset before time-up: 1 second or more) 0MΩ minimum Between power and output terminals:,000v AC, 1 minute Between contacts of different poles:,000v AC, 1 minute Between contacts of the same pole: 750V AC, 1 minute Vibration Resistance 0m/sec (approximate ) Shock Resistance Power Consumption (approximate) Mechanical Life Electrical Life Operating Temperature Storage Temperature Operating Humidity Weight (approximate) Housing Color Key features of the TW series include: Sequential start and independent ON/OFF timing functions time settings in one timer selectable operation modes on each model Mountable in sockets or flush panel Power and output status indicating LEDs Time ranges up to hours Damage limits: 500m/sec (approximate 50) 0V AC:.5VA (0Hz) 00V AC: 7.0VA (0Hz) V DC: 0.W 0,000,000 operations minimum 0,000 operations minimum rated load to +50 C 0 to +0 C 5 to 5% RH 5g ray UL Recognized File No.E55 TW Table of Contents Specifications- Part Number List-7 Timing Diagrams / Schematics- Instructions: Setting Timer- T Accessories-50 T Instructions-5 T Dimensions-5 Timing Diagrams Overview- - USA: (00) -IDEC or (0) , Canada () 17-IDEC

2 TW Series Courtesy of Steven Engineering, Inc. 0 Ryan Way, South San Francisco, CA, Main Office: (50) 5-00 Outside Local Area: (00) Mode of AA (sequential start) AB (ON-delay with course and fine) BA (recycler and instantaneous) BB (recycler) DPDT Output Rated Voltage Code 0V AC, A, V AC, 5A 0V DC, 5A AF0: 0 to 0V AC (50/0Hz) AD: V DC/AC (50/0Hz) D1: 1V DC Time Range Settings Time Range Code Scale (0 to 1.0) Scale (0 to ) 1S 0.1 to 1s 0. to s S 1 to s to 0s 1M 0.05 to 1 minute 0. to minute M 0.5 to minute to 0 minute 1H 0.05 to 1 hour 0. to hours Part Numbering List 1. For schematics, see page -.. For socket and accessory part number information, see page and11-pin models differ only in the number of pins (extra pins are not used).. For the timing diagram overview, see page For details on setting time ranges, see the instructions on page -. Time Range Complete Part No. T 1 T -Pin 11-Pin 0.1s to 1 hour 0.s to hours 0.1s to 1 hour 0.s to hours 0.1s to 1 hour 0.s to hours TW-A11AF0 TW-A11AD TW-A11D1 TW-A1AF0 TW-A1AD TW-A1D1 TW-A1AF0 TW-A1AD TW-A1D1 TW-AAF0 TW-AAD TW-AD1 TW-A11EAF0 TW-A11EAD TW-A11ED1 TW-A1EAF0 TW-A1EAD TW-A1ED1 TW-A1EAF0 TW-A1EAD TW-A1ED1 TW-AEAF0 TW-AEAD TW-AED1 USA: (00) -IDEC or (0) , Canada () 17-IDEC -7

3 TW Series Timing Diagrams/Schematics Courtesy of Steven Engineering, Inc. 0 Ryan Way, South San Francisco, CA, Main Office: (50) 5-00 Outside Local Area: (00) Sequential Start (delayed SPDT + delayed SPDT) Sequential Start Outputs Use the T 1 knob to set the first timing interval. Use the T knob to set the second timing interval. Apply power to the input terminals. After T 1 times out, the first contact closes and T begins to time out. The second contact closes after T 1 + T. Both contacts remain on until power is removed. ON-Delay with Course/Fine (delayed DPDT) Use the T 1 knob to set the larger time units (hours, for example). Use the T knob to fine-tune time settings (seconds, for example). Both contacts close simultaneously after the time out of T 1 + T. This mode is used to set a precise time setting such as hours and seconds or to extend the time range up to 1 hours. Recycler and Instantaneous (delayed SPDT + SPDT) Use the T 1 knob to set the time off interval. Use the T knob to set the time on interval. Apply power to the input terminals. The first contact closes instantaneously and remains on until power is removed. The second contact begins in the off position and turns on after T 1 times down, then remains on until T times out. The second contact continues to cycle between on and off until it is reset by removing power. Recycler (delayed DPDT) Use the T 1 knob to set the time off interval. Use the T knob to set the time on interval. Apply power to the input terminals. Both contacts begin in the off position and turn on simultaneously after T 1 times out. They remain on until T times out, when they turn off simultaneously. The contacts continue to cycle between on and off until the yare reset by removing power. AA AB BA BB T T1 T T1 T T1 T T1 TW Timing Diagrams -Pin 5 11-Pin 5 7 (-) 7 (+) (-) (+) Item Terminal No. Power(Power) -7 (p) - (11p) Delayed (NC) 1- A (Ry1) (NO) 1- Delayed (NC) 5- (p) -11 (11p) (Ry) A (NO) - (p) -11 (11p) OUT 1 Indicator OUT Set Time T1 T Item Terminal No. Power(Power) -7 (p) - (11p) Delayed (NC) 1- (Ry1) B (NO) 1- Delayed (NC) 5-(p) -11 (11p) (Ry) (NO) - (p) A -11 (11p) OUT 1 Indicator OUT Set Time T1 T Item Terminal No. Power(Power) -7 (p) - (11p) Instantaneous (NC) 1- (Ry1) A (NO) 1- Delayed (NC) 5-(p) -11 (11p) (Ry) (NO) - (p) B -11 (11p) OUT 1 Indicator OUT Set Time T1 T T1 T Item Terminal No. Power(Power) -7 (p) - (11p) Delayed (NC) 1- (Ry1) B (NO) 1- Delayed (NC) 5-(p) -11 (11p) (Ry) (NO) - (p) B -11 (11p) OUT 1 Indicator OUT Set Time T1 T T1 T ON after T1 ON after T1 + T ON after T1 ON after T1 + T ON after T1 + T ON after T1 + T ON after T1 + T ON after T1 + T T1 + T = 1 hours at maximum ON Instantaneously ON during T ON Instantaneously ON during T ON during T ON during T ON during T ON during T - USA: (00) -IDEC or (0) , Canada () 17-IDEC

4 TW Series Courtesy of Steven Engineering, Inc. 0 Ryan Way, South San Francisco, CA, Main Office: (50) 5-00 Outside Local Area: (00) Steps Desired Selection Remarks 1. Determine the desired timing function.. Determine the desired time range. Timed OUT Indicator Mode Selector (T) Mode Selector (T1) Indicator Sequential start ON-delay with course/fine Recycler with instantaneous Recycler Switch Setting The switches should be turned using a flat screwdriver, 0.15" (mm) wide or less. Note that incomplete setting may cause malfunction. Since changing the setting during timer operation may cause malfunction, power should be turned off before changing the setting. AA AB BA BB 1 second ( second)1s seconds (0 seconds)s 1 minute ( minutes)1m minutes (0 minutes)m 1 hour ( hours)1h Instructions: Setting TW Timer Setting Knob (T) Setting Knob (T1) Do not set mode until the time ranges have been determined. Numbers in parenthesis refer to models that read 0 on Setting Knob. (The value of the Mode Selector is multiplied by the value on the Setting Knob.) Set both Mode Selectors to read the appropriate time and letter. Adjust actual delay times with the Setting Knobs. USA: (00) -IDEC or (0) , Canada () 17-IDEC -

5 T Series Accessories Courtesy of Steven Engineering, Inc. 0 Ryan Way, South San Francisco, CA, Main Office: (50) 5-00 Outside Local Area: (00) Part Numbers: /Surface Mount Sockets and Hold-Down Springs Mount Socket Applicable Hold-Down Springs Style Appearance Use with Timers Part No. Appearance Part No. -Pin Screw Terminal (dual tier) 11-Pin Screw Terminal (dual tier) -Pin Fingersafe Socket 11-Pin Fingersafe Socket -Pin Screw Terminal 11-Pin Screw Terminal DIN Mounting Rail Length 00mm Installation of Hold-Down Springs Mount Socket Insert the springs into the outer slots with the projections facing inside. Socket SRP-0 Hold Down Spring SFA-0 Socket SRP-05 Accessories: T Series Mounting Accessories TA-1,, (-pin) TD-1,, (-pin) TF-1, (-pin) TW (-pin) TA-1,, (11-pin) TA-, 5, TD-1,, (11-pin) TD-, TF-1, (11-pin) TW (11-pin) TA-1,, (-pin) TD-1,, (-pin) TF-1, (-pin) TW (-pin) TA-1,, (11-pin) TA-, 5, TD-1,, (11-pin) TD-, TF-1, (11-pin) TW (11-pin) TA-1,, (-pin) TD-1,, (-pin) TF-1, (-pin) TW (-pin) TA-1,, (11-pin) TA-, 5, TD-1,, (11-pin) TD-, TF-1, (11-pin) TW (11-pin) SRP-05 SRP-05 SRP-05C SRP-05C SRP-0 SRP-0 BNDN00 Insert the springs into the slots. Hold Down Spring SFA-0 Once installed into the sockets, the hold-down springs cannot be removed. SFA-0 SFA USA: (00) -IDEC or (0) , Canada () 17-IDEC

6 T Series Accessories Courtesy of Steven Engineering, Inc. 0 Ryan Way, South San Francisco, CA, Main Office: (50) 5-00 Outside Local Area: (00) Part Numbers: Panel Mount Sockets and Hold-Down Springs Panel Mount Socket Applicable s Style Appearance Use with Timers Part No. Appearance Part No. -Pin Solder Terminal 11-Pin Solder Terminal TA- (-pin) TD- (-pin) TW- (-pin) TF- (-pin) TA- (11-pin) TD- (11-pin) TW- (11-pin) TF- (11-pin) 1. For information on installing the hold-down springs, see page -51. SRP-51 SRP-51 Part Numbers: Flush Panel Mount Adapter and Sockets that use an Adapter Accessory Description Appearance Use with Timers Part No. Panel Mount Adapter Sockets for use with Panel Mount Adapter Adaptor for flush panel mounting T timers Panel Mounting Accessories All T timers RTB-01 -pin screw terminal All -pin timers SRP-M0 11-pin screw terminal (Shown: SRP-M0 for Wiring Socket All 11-pin timers SRP-M11 Adapter) -pin solder terminal All -pin timers SRP-S0 11-pin solder terminal All 11-pin timers SRP-S11. No hold down springs are avaialble for flush panel mounting. SFA-0 USA: (00) -IDEC or (0) , Canada () 17-IDEC -51

7 T Series Instructions Courtesy of Steven Engineering, Inc. 0 Ryan Way, South San Francisco, CA, Main Office: (50) 5-00 Outside Local Area: (00) Instructions: Wiring s for T Series s To avoid electric shock, do not touch the input signal terminal during power voltage application. When connecting the input signal terminals of two or more TA timers to the same contact or transistor, the input terminals of the same number should be connected. (Connect Terminals No. in common.) Incorrect or Transistor T Series Timer } Terminal Power ~ } Terminal Correct In a transistor circuit for controlling input signals, with its primary and secondary power circuits isolated, do not ground the secondary circuit. Circuit T Series Timer } Terminal Rectifier Circuit Insulating Transformer ~ Power } Terminal Connect the input signal terminals of the TA timers to Terminal No. only. Never apply voltage to other terminals; otherwise, the internal circuit may be damaged. 5, and 7 Terminals Ry ~ Power signal lines must be made as short as possible and installed away from power cables and power lines. Use shielded wires or a separate conduit for input wiring. } Terminal Power ~ -5 USA: (00) -IDEC or (0) , Canada () 17-IDEC

8 T Series Instructions Courtesy of Steven Engineering, Inc. 0 Ryan Way, South San Francisco, CA, Main Office: (50) 5-00 Outside Local Area: (00) For contact input, use highly reliable gold-plated contacts to make sure that the residual voltage is less than 1V when the contacts are closed. A Type 5 7 ResetStartate (-) 1 11 (+mm) For transistor input, use transistors with the following specifications; V CE = 0V, V CES = 1V or less, I C = 50 ma or more, and I CBO = 50µA or less. The resistance should be less than 1kΩ when the transistor is on. When the output transistor switches on, a signal is input to the timer. A Type Reset Startate s: TA-1, -, - Transistor output equipment such as proximity switches and photoelectric switches can input signals if they are voltage/current output type, with power voltage ranges from 1 to 0V and have1v. When the signal voltage switches from H to L, a signal is input to the timer. Transistor Output Circuit Transistor s: TA-, -5, - The start input initiates a time-delay Start operation and controls output status. Reset ate 5 7 (-) 1 11 (+) 5, and 7 } Terminals B Type Start Reset B Type Start Reset (-) (-) When the reset input is activated, the time is reset, and contacts return to orignial state. The time-delay operation is suspended while the gate input is on (pause). s Instructions: continued (+) (+) No-voltage contact inputs and NPN open collector transistor inputs are applicable. V DC, 1mA maximum response time: 50msec maximum USA: (00) -IDEC or (0) , Canada () 17-IDEC -5

9 T Series Dimensions Courtesy of Steven Engineering, Inc. 0 Ryan Way, South San Francisco, CA, Main Office: (50) 5-00 Outside Local Area: (00) Analog T Timer, -Pin with SRP-0 1.5" (0mm) 1.5" (0mm) 1.0" (mm) 1.0" (mm) 0.1" (mm) 0.0" BNDN:." (mm) Maximum.71" (5mm) Maximum SFA-0.5" (.mm) Digital T Timer, -Pin with SRP-0.5" (.mm) 0.70" 0.5" (mm) BNDN:.5" (mm) Maximum." (mm) Maximum SFA-0 Analog T Timer, 11-Pin with SRP " (0mm) 1.0" (mm) 0.1" (mm) 0.70" 0.5" (mm) BNDN:.11" (5.5mm) Maximum." (1.5mm) Maximum 1.05" 1." (mm) (7mm)." (.mm) Dimensions: T Series 1." (1.7mm) 0.0" (1.7mm) 0.0"." (0mm) 1." (1.7mm) 0.0" (1.7mm)." (0mm) 0.0" Analog T Timer, 11-Pin with SRP-0 1.5" (0mm) 0." 0.117" (mm) (1.5mm) 0.7" (0mm) 1.11" (.5mm) SFA-0 BNDN:.0" (5mm) 1.5" (0mm) 1.0" (mm) 1.0" (mm) 0.1" (mm) 0.0" BNDN:." (mm) Maximum.71" (5mm) Maximum SFA-0.5" (.mm) Digital T Timer, 11-Pin with SRP-0 1.5" (0mm) 1.0" (mm) 0.0".5" (.mm) 0.0" (1.7mm) 1." (1.7mm) 0.70" 0.0" 0.5" (mm) BNDN:.5" (mm) Maximum." (mm) Maximum SFA-0 Digital T Timer, 11-Pin with SRP-05." (.mm) 0.70" 0.5" (mm) BNDN:." (.5mm) Maximum." (.5mm) Maximum 1.05" 1." (mm) (7mm)." (0mm) 1." (1.7mm) 0.0" (1.7mm)." (0 mm) 0.0" BNDN.0" (5mm) 0." (1.5mm) 0.117" (mm) 0.7" 1.11" (.5mm) (0mm) SFA USA: (00) -IDEC or (0) , Canada () 17-IDEC

10 T Series Dimensions Courtesy of Steven Engineering, Inc. 0 Ryan Way, South San Francisco, CA, Main Office: (50) 5-00 Outside Local Area: (00) Pin SRP-05.0" (5mm) 0.117" (mm) 11-Pin SRP-0." (0mm) 1." (mm) M.5" Terminal Screw 0.1" (mm) 1." (mm).01" (5mm) 1.7" (mm) Ø0.1 (Ø.mm) Mounting Hole -Pin with Solder Terminal SRP " (50mm) 1." (mm) 1." (mm) 0.1" (.mm) 0." (mm) 1.1" (mm) Terminal Arrangement Top View Mount Sockets M.5 Terminal Screw Terminal Arrangement 0.1" (mm) 7 5 Ø 0.1" (Ø.mm) Mounting Hole Dimensions in inches (mm) SFA-0 11-Pin with Solder Terminal SRP " (50mm) 1." (mm) 1." (mm) 0.1" (.mm) 0." (mm) 11 1 Panel Surface 0.1" 0." (.5mm) 0." (11mm) (mm) SFA-0 Panel Surface 0.1" 0." (.5mm) 0." (11mm) (mm) Top View -Pin SRP-0.0" (0mm) 0.0" -Pin SRP-05.0" (5mm) 0.117" (mm) Panel Mount Sockets Terminal Arrangement Bottom View Terminal Arrangement 1.50" (0mm) 0.1" (mm) 1.7" (mm) 1.0" () 1.11" (mm) M.5 Terminal Screw Ø 0.1" (Ø.mm) Mounting Hole 0.0" (mm) M.5 Terminal Screw f 0.01" (.mm) Mounting Hole - Ø0.17" (.5mm) Drilled Holes (or M tapped holes) Ø 1.17" (0mm) 1." (mm) 1.1" (mm) 5 7 Ø 1.17" (0mm) 1." 1 11 (mm) Bottom View - Ø0.17" (.5mm) Drilled Holes (or M tapped holes) Terminal Arrangement Top View Terminal Arrangement 5 7 Top View 1 USA: (00) -IDEC or (0) , Canada () 17-IDEC -55

11 T Series Dimensions Courtesy of Steven Engineering, Inc. 0 Ryan Way, South San Francisco, CA, Main Office: (50) 5-00 Outside Local Area: (00) Analog T Timer, -Pin and 11-Pin with SRP-S0 or SRP-S11." (mm) Maximum 1.7" mm) 1.7" 5mm) Panel Mount Adapter 1.7" (mm) Single Mounting 1.7" (5mm) Panel Thickness: 0.0" to 0." (0. to 5mm).51" (0mm).1" (0.5mm) 1.7" (5mm) Panel Thickness: 0.0" to 0." (0. to 5mm) 0." (11mm)." (1.mm) Horizontal Close Mounting 1.7"N 0.1" (N mm) Analog and Digital T Timer, -Pin with SRP-M0 1.7" (5mm) 1.1" (0.5mm) Panel Mount Adapter 0.0" (1.7mm) 1.7" (.5mm) Wiring Socket Adapter -M.5 Terminal Screws 1.7" (.mm) 1.7" (.mm) Digital T Timer, -Pin and 11-Pin with SRP-S0 or SRP-S11." (mm) Maximum 1.7" (mm) Mounting Hole Layout " (7mm) 0." (.mm) x Analog and Digital T Timer, 11-Pin with SRP-M11 11-M.5 Terminal Screws 1.7" (5mm) 1.7" (5mm) 0.7" (7mm) Tolerance: + 0.0" (0.5mm) to 0. N: No. of Timers Mounted " (.5mm) x 1.1" (0.mm) 1." (mm) Panel Mount Adapter 1.7" (mm) 0." (mm) Maximum 0.17" (.5mm) Maximum Panel Thickness: 0.0" to 0." (0. to 5mm) 0.1" (mm)." (1.mm) Ø 0.1" (.mm) Minimum 0." (.mm) Maximum 0.17" (.5mm) Maximum 0.1" (5.mm) Minimum Ø 0.1" (.mm) Minimum 0." (5.mm) Minimum 0.0" 1." (1.7mm) (.5mm Wiring Socket Adapter -5 USA: (00) -IDEC or (0) , Canada () 17-IDEC