PARM-SIZED, 16-CHANNEL RELAY TERMINALS

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Egbert Knight
5 years ago
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1 Pressure connector connect type Wire-direct connect type PARM-SIZED, -CHANNEL RELAY TERMINALS FEATURES Compact, space-saving design: The Relay Terminal with I/O channels measures only (W) (D) (H) mm (W). (D).0 (H). inch. The compact design contributes to equipment downsizing. Incorporates PA Relays with highsensitivity twin contacts and Au-cladding: The Relay Terminal incorporates mm. inch wide PA relays. The PA relay features high sensitivity ( V type = 0 mw, V type = 0 mw) and twin contacts with Au-cladding, which combine to ensure high reliability under low-level loads. Available in input and output devices Available in Pressure connector connect type and wire-direct connect type: Pressure connector connect type has a single common for four I/O channels. The Wire-direct connect type has a single common for each I/O channel. Incorporates a surge absorber: The RT- Series incorporates a surge absorber to protect the programmable controller internal electronics from inductor turn-off surges. RT- RELAY TERMINAL Equipped with LED indicator lights: LED indicators allow the user to identify the relay status at a glance. Comes with AXM connector (long lever version): The RT- Series comes with the AXM connector (complying with the MIL standard) for single connections. Cable designed for use with AXM connectors are also available. Ease of mounting on DIN rails: The DIN rail mounting hook of relay terminal is provided with a release/retention mechanism to ease mounting and removal. Available with a wide variety of cables: A wide variety of assembled cables offers compatibility with our programmable controllers, and wire-pressed terminal cables provide compatibility with other controllers. ORDERING INFORMATION Ex. RTS M C ID V Installation type Blank: DIN rail mounting type M: Direct mounting type Termination type I/O type No. of I/O channels Rated voltage Blank: Pressure connector connect type C: Wire-direct connect type ID: Input device (DC) OD: Output device (DC) : channels V: V DC V: V DC Note: Please consult us regarding minus common types for input.

2 TYPES. DIN Rail Mounting Type ) Pressure connector connect type ) Wire-direct connect type. Direct Mounting Type ) Pressure connector connect type ) Wire-direct connect type. Interface Relay RATINGS I/O type Rated voltage Part No. Input device Output device. Relay coil specifications (per PA relay) V DC RTS-ID-V V DC RTS-ID-V V DC RTS-OD-V V DC RTS-OD-V I/O type Rated voltage Part No. Input device Output device V DC RTS-C-ID-V V DC RTS-C-ID-V V DC RTS-C-OD-V V DC RTS-C-OD-V I/O type Rated voltage Part No. Input device Output device V DC RTS-M-ID-V V DC RTS-M-ID-V V DC RTS-M-OD-V V DC RTS-M-OD-V I/O type Rated voltage Part No. Input device Output device V DC RTS-MC-ID-V V DC RTS-MC-ID-V V DC RTS-MC-OD-V V DC RTS-MC-OD-V Type Rated voltage Part No. PA relay Rated coil voltage Pick-up voltage (at 0 C F) V DC PAa-V V DC PAa-V Drop-out voltage (at 0 C F) Rated exciting current (±0%) Coil resistance (±0%) (at 0 C F) pc. 0 pcs. pc. 0 pcs. pc. 0 pcs. pc. 0 pcs. pcs.,000 pcs. Rated power consumption RT- Max. continuous voltage (at C F) V DC V DC less than 0% more than % 0 ma,00 Ω 0 mw. V DC of nominal voltage of nominal voltage. ma,00 Ω 0 mw. Note: The LED draws a drive current of approximately ma per channel. When calculating the supply capacity required, include the total current consumed by the LEDs.. Contacts (per PA relay) Specification Item Performance Rated control capacity (resistive load) A 0 V AC, A 0 V DC Maximum allowable contact power 00 VA (AC), 0 W (DC) (resistive load) Contact rating Maximum allowable contact voltage 0 V AC, 0 V DC Maximum allowable contact current A Minimum load (ref. value) 00 mv 00 µa Expected life (minimum operations) 0 : A 0V AC 0 : A 0V DC Electrical (resistive load) 0 : A 0V AC 0 : A 0V DC Mechanical (at 0 cpm) 0

3 RT- PERFORMANCE Item Input Output Initial Insulation resistance (Min.) Initial breakdown voltage (Min.) Vibration resistance Between connector terminals 00 MΩ (excluding battery at 00 V DC megger) 00 MΩ (excluding battery at 00 V DC megger) Between unlike poles on the terminals 00 MΩ (at 00 V DC megger) 00 MΩ (at 00 V DC megger) Between like poles on the terminals (for output) 00 MΩ (at 00 V DC megger) Between connector terminals,000 Vrms for min. (excluding battery),000 Vrms for min. (excluding battery) Between unlike poles on the terminals,00 Vrms for min.,00 Vrms for min. Between like poles on the terminals (for output),000 Vrms for min. Destructive Functional 0 to Hz at double amplitude mm.0 inch 0 to Hz at double amplitude mm.0 inch 0 to Hz at double amplitude mm.0 inch 0 to Hz at double amplitude mm.0 inch Shock resistance Destructive Min. m/s {0G} Min. m/s {0G) Functional Min. m/s {0G} Min. m/s {0G) Superimposed power noise Min.,000 V* Min.,000 V* Superimposed I/O noise Min.,000 V* Min.,00 V* Ambient temperature 0 C to + C + F to + F 0 C to + C + F to + F Ambient humidity % to % R.H. (Not condensing) % to % R.H. (Not condensing) Storage temperature 0 C to +0 C F to + F (Not freezing and condensing) 0 C to +0 C F to + F (Not freezing and condensing) Terminal screw fasten torque 0. to 0. N m ( to kgf cm) for pressure connector connect type; 0. to 0. N m ( to kgf cm) for wire-direct connect type Coil surge absorber Diode ( A, 00 V) Diode ( A, 00 V) Cross connection protecting diode A, inverse voltage 0 V. A, inverse voltage 0 V Weight Approx. 00 g. oz Approx. 00 g. oz *According to in-house measurement. Notes:. The value of breakdown voltage and insulation resistance is the initial one.. Condensing occurs when the unit relay is exposed to sudden temperature change in a high temperature and high humidity atmosphere. This may cause some troubles like insulation failure of the socket or the print circuit board. Take care under this condition. Below 0 C F, condensing water can freeze and cause socket contact failures and other problems. Take care under this condition. TERMINAL BLOCK. Pressure connector connect type Applicable electrical wire 0. to. mm.0 to.0 inch Applicable wire-pressed terminals dia. min.. dia. min. mm inch. Wire-direct connect type Strip the wire ends as follows: Stripping length to 0 mm. to. inch Recommended wire 0. to. mm.00 to 0. inch 0. to. mm dia..0 to.0 inch. max..0 max. min.. min.. max..0 max... min.. min... min.. min. DATA. Maximum value for switching capacity per PA relay (output). Life curve per PA relay (output) Contact current, A Resistive DC load Resistive AC load No. of operations, V AC resistive load 0 V DC resistive load 0 V AC resistive load Contact voltage, V Switching current, A

4 DIMENSIONS Dimensions are common to both input and output module.. DIN rail mounting Pressure connector connect type. ±0.. ±.0 RT- mm inch 0 A B C D E F ±.0 ±.0 ±.0 ±.0. ±0.. ±0..00 ±.0. ±.0 ±. ±.0 -M. terminal screw. ±0..0 ±.0. ±0.. ±.0 Wire-direct connect type 0 A B C D E F ±.0 ±.0.0 ±0..00 ±.0 ±. ± A+ B+C+ D+ E+ F A- B- C- D- E- F-. ±0.. ±.0. Direct mounting Pressure connector connect type ±. ±.0 ±0.. ±.00 (M. screw mounting pitch) -M. screw mounting position 0 A B C D E F ±.0 ±.0. ±0.. ±0..00 ±.0. ±.0 ±. ±.0 -M. termibnal screw. ±0.. ±.0

5 RT- Wire-direct connect type mm inch ±. ±.0 ±0.. ±.00 (M. screw mounting pitch) -M. screw mounting position 0 A B C D E F ±.0 ±.0.0 ±0..00 ±.0 ±. ± A+ B+C+ D+ E+ F A- B- C- D- E- F-. ±0.. ±.0 SCHEMATIC (common to both DIN rail mounting and direct mounting). Pressure connector connect type ( commons) Input module Connector pin Connector pin layout (TOP VIEW) LED0 LED LED LED LED LED LED LED LED LED LEDA LEDB LEDC LEDD LEDE LEDF VCC 0- - COM A- COM+ D- F- GND COM+ - B- C- E- COM+ Terminal portion Note: Above terminal number is not marked on the terminal itself. Wiring should be done according to the O mark.

6 Output module RT- Connector pin 0 0 Connector pin layout (TOP VIEW) LED0 LED LED LED LED LED LED LED LED LED LEDA LEDB LEDC LEDD LEDE LEDF 0 0 VCC 0+ + COM A+ COM- D+ F+ GND COM- + B+ C+ E+ COM- Terminal portion Note: Above terminal number is not marked on the terminal itself. Wiring should be done according to the O mark.. Wire-direct connect type (Individual common) Input module Connector pin Connector pin layout (TOP VIEW) LED0 LED LED LED LED LED LED LED LED LED LEDA LEDB LEDC LEDD LEDE LEDF VCC A+ B+ C+ D+ E+ F+ GND A- B- C- D- E- F- Terminal portion Note: Above terminal number is not marked on the terminal itself. Wiring should be done according to the O mark.

7 RT- Output module Connector pin 0 0 Connector pin layout (TOP VIEW) LED0 LED LED LED LED LED LED LED LED LED LEDA LEDB LEDC LEDD LEDE LEDF 0 0 VCC A+ B+ C+ D+ E+ F+ GND A- B- C- D- E- F- Terminal portion Note: Above terminal number is not marked on the terminal itself. Wiring should be done according to the O mark. CAUTIONS FOR USE. When equipped with Power Photo- MOS relay voltage sensitive type Since the Power PhotoMOS relay voltage sensitive type does not require the current-controlling resistance on the input side, it can be used together with PA relays on -point unit relays (PA relay types) or RT- relay terminals. When connecting Power PhotoMOS relay voltage sensitive types to -point relays (PA relay types) or RT- relay terminals, it will be necessary to be careful of load currents (since it will be a close connection). Be sure to use within the range given in the load currents and ambient temperature characteristics graphs given below. Power PhotoMOS relay (voltage sensitive type) load currents and ambient temperature characteristics When equipped on -point unit relay (PA relay type) or RT- relay terminal. ) DC type, V input Load current, A 0 0 AQZ0D AQZ0D AQZ0D AQZ0D ) DC type, V input Load current, A Ambient temperature, C F AQZ0D AQZ0D ) AC/DC type, V input Load current, A 0 0 AQZ0D AQZ0D AQZ0D AQZ0D ) AC/DC type, V input Load current, A Ambient temperature, C F AQZ0D AQZ0D AQZ0D AQZ0D AQZ0D AQZ0D Ambient temperature, C F Ambient temperature, C F

8 . Operating environment ) Use the product at ambient operating temperature between 0 C and C F and F. (When installing in the control panel, take heat release into due consideration. Installing of the product at 0 degrees to the control panel is recommended. When installing the product horizontally or placing it on a heating unit, use a cooking fan.) ) Keep the supply voltage within the range of 0% V to 0% V of the rated voltage. ) Keep the product as far as possible from power cables, high tension equipment, power equipment, equipment with transmitting devices such as amateur radios, or equipment which generates a large switching surge. ) The main unit is made of resin; therefore, do not use it in areas where it may come in contact with (or be exposed to) organic solvents such as benzine, thinner, and alcohol or strong alkaline substances such as ammonia and caustic soda. ) Do not use the product in areas where it may be exposed to flammable gases, corrosive gases, excessive dust, or moisture, or areas where it may be subjected to strong vibration or shock.. Dropping If a unit is dropped be sure to check its external appearance and characteristics before using it.. Installing and removing the module ) Firmly insert the module into the socket with the terminals going in the direction of the blade receptacles. ) The module can be easily removed using the removal key. () Insert the removal key into the socket slots. () Pull the removal key up to remove the module.. Wiring and circuit configuration ) Make all connections according to the schematic. Polarity should be observed when wiring DC type. ) Use of wire-pressed terminal is recommended for connections to pressure connector connect type. For the wire-direct connect type, strip wire ends to the specified length. ) When wiring power lines or power cables, twisted pair treatment (standed wire treatment) should be done in order to improve noise resistance. ) When the load output device is an inductive load type, installing a diode and surge absorber to both ends of the load is recommended. ) In order to improve noise resistance, class grounding of the control panel is recommended. ) Do not pass the wiring over the surface of the case. (When unavoidable, keep the wire at least cm. inch away from the surface of the case.) ) Turn off the power before connecting/ disconnecting connector cables. ) With some types of control devices, leakage current may cause the relay to fail to turn off after the control input is turned off. Make sure that the relay turns off after the control input is turned off. RT-. Installation ) Perform mounting hole cutout according to the panel cutout drawings. ) When installing the unit on a DIN rail, use the DIN rail locking lever on the side of the unit. Installation is accomplished by simply fitting the unit onto the rail and pressing gently. DIN rail Hook the holders on the unit over the DIN rail. First push in the DIN rail locking lever. DIN rail locking lever Press the unit onto the DIN rail. ) To remove the unit from the DIN rail, use a flat head screwdriver to pull out the DIN rail locking lever. Remove the unit from the DIN rail. Insert the tip of the flat head screwdriver into the slot in the DIN rail locking lever. Move the screwdriver in the direction of the arrows, and pull out the lever.. Transporting and storage ) If the product is subjected to extreme vibration while being transported, the relays may become detached, the lead may become bent, and the unit may become damaged. Handle the inner and outer boxes with care. ) If the product is stored in an extremely adverse environment, visible defects and deterioration of performance characteristics may result. We recommend the following storage conditions. Temperature: to 0 C to F Humidity: Max. 0% R.H. Environment: No hazardous substances such as sulfurous acid gases and little dust.

Palm-sized, 16-channel Relay Terminals

Palm-sized, 16-channel Relay Terminals Palm-sized, -channel Relay Terminals RELAY TERMINAL FEATURES. Possible to select relay for use in the relay terminal in accordance with load. [Mountable relay: PA relay and Power PhotoMOS (voltage sensitive