Compact high capacity, (A max) Slim heat sink combined type added UL (9-1) reinforced insulation compliant RELAYS New Slim heat sink combined type Compliance with RoHS Directive FEATURES 1. Compact Size Approx 4% reduction in required space achieved in the footprint area compared with the previous model (AQ-R relay). Built-in varistor 3. Reverse input connection prevention function 4. Labor Saving (tab terminal). Heat sink combined types ready to mount on DIN rail added (Radiating grease and screws assembly process not needed). Output arrangement 1a and 1a available in the heat sink combined type Note: * International standards are acquired for SSR stand-alone, not applied to heat sink combined type. TYPICAL APPLICATIONS 1. Kitchen appliances. Vending machine 3. Injection molding machine 4. Packing machine. Amusement machine ORDERING INFORMATION Solid State Relays Output type 1: A, 7V to 4V AC : A, 7V to 4V AC 4: A, 7V to 4V AC AQJ Terminal 1: Plug-in terminal, Zero-cross : Plug-in terminal, Random* Input voltage : 4 to V DC : 18 to 8 V DC 9: to 18 V DC Functions V: Built-in varistor Slim heat sink combined type None: Y: W: Without a heat sink 1a type 1a type Note: * Random type is available by custom order. TYPES 1. Solid State Relays Type Load current Load voltage Input voltage 4 to V DC AQJ1V A to 18V DC AQJ119V 18 to 8V DC AQJ11V 4 to V DC AQJV Zero-cross* A 7V to 4V AC to 18V DC AQJ19V 18 to 8V DC AQJ1V 4 to V DC AQJ4V A to 18V DC AQJ419V 18 to 8V DC AQJ41V Standard Packing; carton: pcs., case: pcs. Note: * Random type also available. Please inquire.
. SSR Slim Heat Sink Combined Type Output configuration Type Load current Load voltage Input voltage 4 to V DC AQJ1VY A to 18V DC AQJ119VY 1a 18 to 8V DC AQJ11VY 4 to V DC AQJ4VY A to 18V DC AQJ419VY 18 to 8V DC AQJ41VY Zero-cross* 7V to 4V AC 4 to V DC AQJ1VW A to 18V DC AQJ119VW (per 1a) 18 to 8V DC AQJ11VW 1a Standard Packing; no carton, case: pcs. Note: * Random type also available. Please inquire. ) Output side Notes: *1 Refer to REFERENCE DATA 1. Load current vs. ambient temperature. * When the load current is less than the rated minimum load current, please refer to Cautions for Use of SSR.. Ratings (Test sample: slim heat sink combined type, Measurement condition: at C 8 F, input ripple: 1 % or less) 1) Input side ) Output side A (per 1a) Notes: *1 Refer to REFERENCE DATA 1. Load current vs. ambient temperature. * When the load current is less than the rated minimum load current, please refer to Cautions for Use of SSR. 4 to V DC AQJ4VW to 18V DC AQJ419VW 18 to 8V DC AQJ41VW 3. Accessories Type Packaged quantity Slim heat sink (8mm wide) (Mountable on a DIN rail) AQP-HS-SJA No carton, in a case Slim heat sink (4mm wide) (Mountable on a DIN rail) AQP-HS-SJA No carton, 8 in a case Standard heat sink (A and A) AQP-HS-JA in a carton, in a case Standard heat sink (A only) AQP-HS-JA No carton, in a case DIN rail mounting plate AQP-DPJ in a carton, in a case SPECIFICATIONS 1. Ratings (Test sample: stand-alone, Measurement condition: at C 8 F, input ripple: 1% or less) 1) Input side AQJ1V AQJ119V AQJ11V AQJV AQJ19V AQJ1V AQJ4V AQJ419V AQJ41V Rated voltage V DC V DC 4V DC Input voltage 4 to V DC to 18V DC 18 to 8V DC Input impedance Approx..kΩ Approx..8kΩ Approx. 1.kΩ Drop-out voltage Min. 1V DC AQJ1V AQJ119V AQJ11V AQJV AQJ19V AQJ1V AQJ4V AQJ419V AQJ41V Max. load current* 1 A A A Load voltage 7 to 4V AC Frequency 4Hz to Hz Non-repetitive surge current A A A Max. OFF-state leakage current Max. ma Max. ON-state voltage drop Max. 1.V Min. load current* ma AQJ1V(Y W) AQJ4V(Y W) AQJ119V(Y W) AQJ419V(Y W) AQJ11V(Y W) AQJ41V(Y W) Rated voltage V DC V DC 4V DC Input voltage 4 to V DC to 18V DC 18 to 8V DC Input impedance Approx..kΩ Approx..8kΩ Approx. 1.kΩ Drop-out voltage Min. 1V DC AQJ1VY AQJ119VY AQJ11VY AQJ4VY AQJ419VY AQJ41VY AQJ1VW AQJ119VW AQJ11VW AQJ4VW AQJ419VW AQJ41VW Output arrangement 1a 1a Max. load current* 1 A A A A Load voltage 7 to 4V AC Frequency 4Hz to Hz Non-repetitive surge current A A A A Max. OFF-state leakage current Max. ma Max. ON-state voltage drop Max. 1.V Min. load current* ma
3. Characteristics (Measurement condition: at C 8 F, input ripple: 1% or less) Characteristics Remarks Operate time, max. 1/ cycle of voltage sine wave + 1ms Release time, max. 1/ cycle of voltage sine wave + 1ms Insulation resistance, min. MΩ between input, output and case at V DC Breakdown voltage 3, Vrms between input and output, Vrms between input, output and case for 1min. Vibration resistance SSR stand-alone: to Hz, double amplitude of 1.mm Slim heat sink combined type: to Hz, double amplitude of.7mm X, Y, Z axes Shock resistance SSR stand-alone: Min. 98m/s Slim heat sink combined type: Min. 197m/s X, Y, Z axes Ambient temperature 3 to +8 C to +17 F Non-condensing at low temperatures Storage temperature 3 to + C to + F Operational method Zero-cross (Turn ON and Turn OFF) REFERENCE DATA (1) Solid State Relays 1. Load current vs. ambient temperature Use load current within range specified in the figure below Tested condition: (1) A type (when using heat sink or iron ()-1. A type (when using ) 1) If attached to a heat sink, use a heat plate) conductive compound (Ex. Toshiba sillicone 18 YG111 or TSK33) of similar coating to on an (A) slim heat sink improve cooling on an (B) slim heat sink When using t mm ) Without external heat sink on an (A) slim heat sink If the mounting surface is not metallic and a 8 heat sink is not used, expose the bottom on an (C) standard heat sink When using surface and plate surface to improve heat on an (B) slim heat sink 9 t1. mm When using t1. mm dissipation. 3) The current value is per 1a. 4 (A) slim heat sink (B) slim heat sink (C) standard heat sink (D) DIN rail mounting plate (E) standard heat sink AQP-HS-SJA AQP-HS-SJA AQP-HS-JA AQP-DPJ AQP-HS-JA When using as stand-alone When using an (D) DIN rail mounting plate 4 8 3 When using t1. mm - 4 8 ()-. A type (when using a heat sink) (3)-1. A type (when using ) (3)-. A type (when using a heat sink) on an (C) standard heat sink on an (B) slim heat sink on an (A) slim heat sink on an (B) slim heat sink When using as stand-alone When using an (D) DIN rail mounting plate When a single unit is mounted on an (A) slim heat sink 4 8 3 When using 3 3 t mm When using t mm When using t mm When using t1. mm When using t1. mm - 4 8 3 When a single unit is mounted on an (E) standard heat sink When a single unit is mounted on an (B) slim heat sink When two units are mounted on an (A) slim heat sink on an (C) standard heat sink When a single unit is mounted on an (A) slim heat sink When two units are mounted on an (B) slim heat sink When using as stand-alone When using an (D) DIN rail mounting plate 4 8. Non-repetitive surge current vs. carrying time 3. Input current vs. input voltage characteristics (A, A and A common) 3 3 Non-repetitive surge current, A A type A type A type Input current, ma (4 to V DC) ( to 18V DC) (18 to 8V DC) 1 No. of cycles at Hz 3 3 Input voltage, V
() SSR Slim Heat Sink Combined Type 1. Load current vs. ambient temperature Use load current within range specified in the figure below (1) Output arrangement: 1a () Output arrangement: 1a (Per 1a) AQJ41 VY AQJ11 VY AQJ41 VW AQJ11 VW 4 8 4 8 Note: When two contacts are operated simultaneously. In the case of a single-contact operation, the rating of (1) AQJ11 VY, AQJ41 VY applies.. Surge current vs. carrying time 3. Input current vs. input voltage characteristics Surge current, A 4 3 Input current, ma 3 4 18 AQJ V AQJ 19V AQJ 1V AQJ41 V AQJ11 V 1 No. of cycles at Hz 3 Input voltage, V DIMENSIONS (mm inch) 1. Stand Alone The CAD data of the products with a mark can be downloaded from: http://panasonic-electric-works.net/ac 4.3.19 3 max. 7.9 max..313 4..179 Schematic Input power 3 1 + 4 Load Load power source 38 1.49 4.3 dia..19 dia. 8 1. 8.4.3.331. -1. dia. -. dia. 3-1. dia. -.47 dia...8.17.1 1..3 7.1.8 Mounting dimensions 3 +..1 +.8.4-4.3 dia. or M4 -.19 dia. or M4 Output side 1 and terminals: # type, t =.8.31 Input side 3 and 4 terminals: #1 type, t =.. 17.9.197
.-(1) Slim Heat Sink Combined Type Output Arrangement: 1a 4. dia. 9 3.43 78 3.71 4.. elliptical hole.181..3 8 1. Schematic Input power source 3 1 + 4 Load Load power source 1..3 AQP8 777 Max. 83 113 3.8 4.449-4. dia. or M4 - or M4 9±. 3.43±.8.3.-() Slim Heat Sink Combined Type Output Arrangement: 1a 4. dia. 9 3.43 78 3.71 4.. elliptical hole.181..3 8 1. Schematic Input power source 3 1 + 4 Load Note: Use caution for terminal numbers. Load power source 1..3 AQP8 777 Max. 83 113 3.8 4.449-4. dia. or M4 - or M4 9±. 3.43±.8.3 ACCESSORIES AQP-HS-SJA Slim Heat Sink 4. dia. 9 3.43 78 3.71 3 3 3.394 -M4 (Effective screw depth: mm.3inch).3 4.. elliptical hole.181. 8 1. -4. dia. or M4 - or M4 9±. 3.43±.8.3 1..3 AQP8 777 78 3.71 83 3.8 AQP-HS-SJA Slim Heat Sink 9 3.43 78 3.71 4 1.7 -M4 (Effective screw depth: mm.3inch) -4. dia. or M4 - or M4.3 4. dia. 47. 1.874 3 3.3 4.. elliptical hole.181. 4 1.77 9±. 3.43±.8 1..3 AQP8 777 78 3.71 83 3.8
AQP-HS-JA Standard Heat Sink (for A and A types) 4.4.173 1.99 4.4.173 R. R.87.79 Mounting dimensions 4-M4 or 4.4 dia. 4-M4 or.173 dia. 3-M4 1..9 9 3.43 4. 33.3 1.311 8 3. +. 1. +..9 9±.1 3.43±.4 11.1.437 3 47. 1.874.79 9.34 4..9 8. 1. 4 1.77 1..9 ±. 1.99±.8 AQP-HS-JA Standard Heat Sink (for A type) 4-R..98 Mounting dimensions 4-M4. or dia. 4-M4. or.197 dia. 3-M4.197 3 119 4.8 47. 1.87.9 119±.1 4.8±.4 13.197 13±.1.197±.4 7.7.79.47 4 1.811 4. 8 3.8 4.74 14.91 3.118 13. AQP-DPJ DIN Rail Mounting Plate 1..3 4. dia. 3-M4 47. 1.874 9 3 3.43 19.748.1.47 1.. 4.. elliptical hole.181..3.91
Mounting rail Fastening plate 1, 39.37.47 M4 1.99..17.197 3 1.378 4.7R.94 1..91.394.91.8R.91.394.91.197.9 7 1.3.394 AT8-DLA1 4-. slot 4-.17.91 slot 7..9 ATA48 ATA48 UP.394 NOTES 1. Part number indication The slim heat sink combined type is a product combining the SSR and SSR heat sinks. The part numbers are indicated on each SSR and heat sink. Ex) In the case of AQJ1VY Part number of SSR: AQJ1V Part number of the heat sink: AQP8* When using these parts, please refer to REFERENCE DATA, 1. Load current vs. ambient temperature. Note: * The Japanese part number is printed on the following accessories in stead of Global part number. Please refer to the below chart for interpretation from Japanese to Global part number. Products Japanese Global Slim heat sink (8 mm) AQP8 AQP-HS-SJA Slim heat sink (4 mm) AQP8 AQP-HS-SJA Standard heat sink (A and A) AQP811 AQP-HS-JA Standard heat sink (A and 4A) AQP88 AQP-HS-JA Standard heat sink (AQ-N A) AQP84 AQP-HS-3/4A DIN Rail Mounting Plate (for ) AQP89 AQP-DPJ DIN Rail Mounting Plate (for AQ-N) AQP83 AQP-DP Mounting Rail ATA4811 AT8-DLA1 Terminal Cover (for AQ-N) AQP87 AQP-NPC Recommended Temperature Controllers <KT4H Temperature Controller> Our temperature controller is recommended for use with our Solid State Relays. 48mm 1.89inch Features Data can be collected using the RS48 communications interface via a PLC. Improved visibility using a negative type LCD and backlight. Depth-wise length (chassis dimension) is mm. inch. 48mm 1.89inch mm.inch Substitute part numbers Power supply Control output to 4 V AC Relay contact AKT4H111 *For detailed product information about temperature controllers, please refer to our website: http://panasonic-denko.co.jp/ac/e/fasys/component/temperature_controller/ For Cautions for Use.