R64 Series Features • • • • • • 8 Programmable Timing Modes (4 on 8−Pin Type) 0.1 sec to 100 min. Programmable Timing Range Universal (24−240VAC/VDC) 10A Output Relay with DPDT Contacts DIP Switch Selection of Timing Mode and Range Knob and Dial Scale for Setting Actual Delay Time Programmable, DPDT, 10 Amp, AC or DC, Multifunctional Time Delay Relay. D58 1.880 (47.8) 1.880 (47.8) .650 (16.5) .320 (8.1) DPDT, 2 Form “C” (8−Pin Type) 4 2 1 + * DPDT, 2 Form “C” (11−Pin Type) 5 3 6 5 6 4 7 3 .640 (16.3) 8 9 10 1 − 2.830 (71.9) 7 2 8 INPUT* 3.150 (80.0) + 11 INPUT* External Control Switch ** − Note input polarity for DC operation. For most reliable operation on AC, connect high side to “+” and low side to “−”. ** IMPORTANT: A dry circuit switch is recommended. A “dry circuit” switch is one rated to reliably switch currents of less than 50mA. Use of a switch rated for other than dry circuit may result in failure of the time delay relay to function properly. Electrical Specifications Contact Rating: 10 Amps @ 30VDC or 277VAC, resistive; 1/2 HP @ 250VAC; 1/3 HP @ 120VAC Life: 100,000 operations at minimum rated load Mechanical Life: 10,000,000 operations Input Nominal Input Voltage: 24 − 240V ±15%, 50/60Hz AC or DC Nominal Power: See Chart AC or DC OPERATED NTE Type No. No. of Pins Timing Adj Range R64−11AD10−4 8 0.1 Sec. to 100 Min. R64−11AD10−8 11 0.1 Sec. to 100 Min. Timing Max. Contact Cur. @ 30VDC 277VAC Diag No. Nom Vltg AC/DC Nom Power DPDT 24 to 240 1W@24V 5W@120V 10W@240V 10A D58 DPDT 24 to 240 1W@24V 5W@120V 10W@240V 10A D58 Contact Arr. Note: R64−11AD10−X where “X” indicates the number of timing functions. ACCESSORIES MOUNTING STYLES DESCRIPTION NTE TYPE NO. SURFACE MOUNT 8−PIN OCTAL 11−PIN OCTAL R95−101 R95−104 PANEL MOUNT 8−PIN OCTAL 11−PIN OCTAL R95−118 R95−119 DIN RAIL MOUNT 8−PIN OCTAL 8−PIN OCTAL 11−PIN OCTAL 11−PIN OCTAL R95−113 R95−181 R95−114 R95−182 70 NTE Electronics, Inc. Timing Ranges: 0.1 to 1.0 / 1.0 to 10 / 10 to 100 sec.; 0.1 to 1.0 / 1.0 to 10 / 10 to 100 min. Timing Adjustments: Knob adjustable within selected range Tolerance: −0, +20% of max. specified at high end timing range; min. specified, or less, at low end Delta Time (for AC units add ±1 cycle 60Hz): ± 10% Repeatability (for AC units add ±1 cycle 60Hz): ± 2% − including first cycle of operation Reset Time (power interruption): 45mS, typ; 60 mS, max Minimum Pulse Width, Control: 50mS Recycle Time: 45mS, typ; 60mS, max Protection Transient: yes Dielectric Strength Between Open Contacts: 1000Vrms, 60Hz Between All Other Conductors: 1500Vrms, 60Hz Environmental Characteristics Operating: −10°C to +55°C Storage: −20°C to +70°C Humidity: 85% relative humidity, non−condensing Weight Std: 4.3 oz (122 grams) approx. Voice (973) 748−5089 FAX (973) 748−6224 http://www.nteinc.com R64 Series (Continued) DIP Switch Layout On 1 2 3 4 5 Function Setting 6 7 Time Setting Note: The solid blocks in the DIP switch diagrams indicate the switch positions. For example, all the switches are “off” in the diagram above. Timing Function Switch Settings DIP Switch Setting Function DIP Switch Setting Timing Range Switch Settings Function DIP Switch Setting Timing Range DIP Switch Setting Timing Range Delay On Operate Delay On Release 0.1 − 1.0 Seconds 0.1 − 1.0 Minutes Interval On (Input Controller) Inverted Delay On Release 1.0 − 10 Seconds 1.0 − 10 Minutes Recycler (Initially Off) Interval On (Switch Controlled) 10 − 100 Seconds 10 − 100 Minutes Recycler (Initially On) Interval Off Timing Function Descriptions Delay On Operate 8−Pin Type: Output relay is energized at the completion of the time interval which is initiated by the application of input voltage. 11−Pin Type: Same as above except, closing the control switch after time out will de−energize the relay and reset the timer. Opening the switch will initiate another time interval. Closing the control switch during timing will reset the time to zero and inhibit timing until opened again. Interval On (Input Controlled) 8−Pin Type: Output relay is energized by the application of input voltage. The time interval is initiated at the sme time with the relay de−energize at the completion of the time interval. 11−Pin Type: Same as above. Closing the control switch will have no effect on timing or the state of the relay. Recycler (Initially Off) 8−Pin Type: Output relay will begin cycling at a 50% duty cycle with the application of input power. The initial state of the relay will be de−energized. 11−Pin Type: Same as above except, closing the control switch will de−energize the relay and inhibit timing until it is once again opened, at whice time it will start from zero time. Recycler (Initially On) 8−Pin Type: Output relay will begin cycling at a 50% duty cycle with the application of input power. The initial state of the relay will be energized. 11−Pin Type: Same as above except, closing the control switch will energize the relay and inhibit timing until it is once again opened, at which time it will start from zero time. NTE Electronics, Inc. Voice (973) 748−5089 Delay On Release 11−Pin Only: Output relay is energized by the closing of the control switch with the input applied or the application of input voltage with the control switch already closed. The time interval will be initiated by the opening of the control switch with the relay de−energized at the completion of the time interval. Closing the control switch after time out will energize the relay in preparation for another time interval. Closing the switch during timing will reset the time to zero and inhibit timing until opened again. Inverted Delay On Release 8−Pin Type: No Time Delay − Instantly On 11−Pin Type: Output relay will energize with the application of the input voltage when the control switch is open. Control switch closing will de−energize the relay. A timing interval will be initiated with the opening of the control switch, at the completion of which the relay will energize. With the control switch closed upon application of input voltage, the relay will wait until the control switch is opened to initiate a time interval after which the relay will energize. Closing of the control switch during timing will reset the time to zero and inhibit timing until opened again. Interval On (Switch Controlled) 11−Pin Only: Output relay is energized by the application of input voltage with the control switch closed or the closing of the control switch with the input applied. Immediately upon either, timing is initiated with the relay de−energized at the completion of the time interval. Closing the control switch after time out will reset the timer, energize the relay, and initiate another time interval. Closing the control switch during timing will have no effect on timing or the state of the relay. Interval Off 11−Pin Only: Output relay will initially be energized with the application of the input voltage when the control switch is open. Control switch closing will de−energize the relay and start a time interval. At the completion of the time interval, the relay will energize. With the control switch closed upon application of input voltage, a time interval will be initiated after which the relay will energize. Closing of the contol switch during timing will have no effect on timing or the state of the relay. FAX (973) 748−6224 http://www.nteinc.com 71