Series S Single Output to 660 Vac AC/DC Control

Transcription

1 Part No. Load Voltage Load Current Control Voltage Switch Type SD Vrms A Vdc Zero Cross SDM Vrms A Vdc Zero Cross SR Vrms A 3 Vdc Random SD Vrms A Vdc Zero Cross SA Vrms A 9 Vac/Vdc Zero Cross SD Vrms A Vdc Zero Cross SR Vrms A Vdc Random SD Vrms A Vdc Zero Cross SA Vrms A 9 Vac/Vdc Zero Cross SA- Vrms A 7 Vac/Vdc Zero Cross SR7 Vrms 7A 9 Vac/Vdc Zero Cross SR- Vrms A 7 Vac/Vdc Zero Cross Part Number Example: SA- NOTES ) Line Voltage (nominal): = Vac; = Vac; = Vac ) Switch Type: R = Random turn-on; D = Zero-cross turn-on; A = AC control, Zero-cross turn-on 3) Feature: - = Low Vac control. Available on A type models SR Vrms A Vdc Random SA Vrms A 9 Vac/Vdc Zero Cross SD Vrms A 7 Vdc Zero Cross. (7) (.) (.).9 (.).77 (9.). (.) MECHANICAL SPECIFICATION.9 (.) TOLERANCES:. (.3) Ø.9 (Ø.7).7 (3.). (7.). () ~ ~ - 3+ (.) M.7 (7.).7 (.) M3 WEIGHT: 3. oz. (9g) Figure S relays, 9 A; dimensions in inches (mm) A model uses larger M output screw terminals - Control TYPICAL APPLICATION Line Protection Line Voltage. (.) FEATURES/BENEFITS Industry standard package Internal snubber (except S models) Designed for all types of loads AC or DC control available Excellent thermal performance Tight zero-cross window for low EMI High immunity to surges DESCRIPTION The single-phase relays are designed for all types of loads. The design incorporates an SCR or triac output. The relays utilize optical isolation to protect the control from load transients. All contain an internal snubber for output protection. High-current models are excellent for motor and phase angle control. APPLICATIONS Heating control Motor control Uninterruptible power supplies Light dimmers Industrial and process control On/Off controls of AC equipment APPROVALS S and S models are UL recognized. UL File Number: E * - can be changed * SSR must be mounted on a heat sink Figure S relays LOAD For RoHS Compliant Contact Factory TELEDYNE RELAYS () S Page S\\Q3

2 Single Output to A Vac INPUT (CONTROL) SPECIFICATION Control Range S R 3 Vdc D Vdc S R Vdc D Vdc S D Vdc SxxA A 9 Vac/Vdc Sxxxxx- A 7 Vac/Vdc Input Current Range S R/D 3 ma S A 3 ma Sxxxxx- A. ma CONTROL CHARACTERISTICS Figure 3b SD/R relays Must Turn-Off Voltage S R/D Vdc S A Vac S A Vac Sxxxxx- 3 Vac Input Resistance (Typical) S R/D Ohms S A, Ohms Sxxxxx- Ohms Reverse Voltage Protection S R/D V S A NA CONTROL CHARACTERISTICS Figure 3a SR, SD and SD relays Figure 3c SA and SA relays 7 Figure 3d Sxxxxx- relays S Page SPECIFICATIONS ARE SUBJECT TO CHANGE WITHOUT NOTICE TELEDYNE RELAYS S\\Q3

3 OUTPUT (LOAD) SPECIFICATION Operating Range S Vrms S Vrms S Vrms Peak Voltage S Vpeak S Vpeak S Vpeak Load Current Range (Resistive) A output current. Arms A output current. Arms A output current. Arms A output current. Arms A output current. Arms Inductive Load Current A output current. Arms A output current Arms A output current 9 Arms A output current Arms A output current Arms Capacitive Load Current SD Arms OUTPUT (LOAD) SPECIFICATION (continued) On-State Voltage Drop A output current.3 V A output current. V A output current. V A output current. V A output current.3 V SD. V Zero-Cross Window (Typical) S R NA V S D/A ± Vac Off-State Leakage Current (Hz) S 3 ma S D/A 3 ma S R. ma S A ma Turn-On Time (Hz) S R. ms S D.3 ms S A.9 ms Turn-Off Time (Hz) S R/D.3 ms S A.9 ms Maximum Surge Current Rating () A output current A S, A output current A S, A output current A A output current 3 A A output current A A output current A Off-State dv/dt V/ųs Maximum di/dt (Non-repetitive) A/ųs TELEDYNE RELAYS () S Page 3 S\\Q3

4 Single Output to A Vac OUTPUT (LOAD) SPECIFICATION (continued) Operating Frequency. Hz SURGE CURRENT I²T for match fusing (<.3ms) A output current 7 A²S SR 3 A²S SD/SA A output current A²S S A output current A²S A output current A²S A output current A²S A output current A²S. Repetitive with initial Tj = 7 C. Figure a A output current ENVIRONMENTAL SPECIFICATION Operating Temperature - C SD - C Storage Temperature - + C Input-Output Isolation Vrms Output-Case Isolation A output current Vrms A output current Vrms A output current,r Vrms A output current,d 3 Vrms A output current,a 3 Vrms A output current 3 Vrms A output current 3 Vrms.. Repetitive with initial Tj = 7 C. Figure b A output current Repetitive with initial Tj = 7 C. Figure c A output current Repetitive with initial Tj = 7 C. Figure d A output current. Repetitive with initial Tj = 7 C. Figure g A output current S Page SPECIFICATIONS ARE SUBJECT TO CHANGE WITHOUT NOTICE TELEDYNE RELAYS S\\Q3

5 THERMAL CHARACTERISTICS % duty cycle C/W C/W. C/W. C/W. C /W % duty cycle. C/W.7 C/ W.9 C/W. C /W. C /W.3 C/W C/W Figure a A output current 7 9 C/W 7 9 Figure e A output current.9 C/W 7 3. C /W % duty cycle. C /W. C/W C/ W C/W NOTES:. Electrical specifications measured at C unless otherwise specified.. For Hz applications, contact factory. 3. For additional/custom options, contact factory. Figure b A output current OPTIONAL ADD-ONS Please order add-ons separately: - Thermal pad installed. - Plastic touch-proof cover..9 C/ W. C/W.7 C/W. C/W % duty cycle. C/W. C/W 9 9 C /W Figure c A output current 9.7 C/W. C/W.3 C/W C /W 7 % duty cycle. C/W. C/W. C/W 9 9 C/W Figure d A output current TELEDYNE RELAYS () S Page S\\Q3