STANDARD WIRING DIAGRAMS FOR SMART MODEL 20

Transcription

1 CODING SYSTEM FOR AV ACTUATOR WIRING DIAGRAMS There are 3 elements to the wiring codes used in AVA electric actuators: WIRING CODE 1 3 Wire system, single pole double throw, switching the live SPDT 2 3 Wire system, single pole single throw, make or beak switch SPST 3 3 Wire system, 2 x single pole single throw, make or break switches SPST x Wire system, 2 x single pole single throw, make or beak switches SPST x 2 X Other factory special wiring FEEDBACK TYPE CODE FEEDBACK TYPE 1 3 Wire system, cam driven volt free single pole double throw switch SPDT 2 2 Wire system connected to motor switches to give powered output 3 3 Wire system, 10KΩ potentiometer 4 3 Wire System, volt free relay switch (relay for open, relay for closed) X Other factory special feedback ALARM CODE ALARM 0 No alarm (not available in Basic Series) A Relay powered alarm AVA CODE SYSTEM WIRING CREATED BY THE AVA CODE E Wire, SPDT control with relays for open and closed position feedback F 1 4 A 3 Wire, SPDT control with relays for open and closed position feedback with alarm output G Wire, SPST control with relays for open and for closed position feedback H 2 4 A 3 Wire, SPST control with relays for open and for closed position feedback with alarm output SMART SERIES K 3 4 A 3 Wire, 2 x SPST control with relays for open and for closed position feedback & alarm output M 4 X 0 4 Wire, 2 x SPST control N X 4 A 4 Wire, 2 x SPST control with relays for open and for closed position feedback & alarm output O-V 2 Wire permanent connection for all modulating control options W 2 Wire permanent connection for Modbus communication option X Y Z 2 Wire permanent connection for Canbus communication option 2 Wire permanent connection for Wireless option 2 Wire permanent connection for Timer option Wire permanent connection for all modulating control options with alarm output

2 ON-OFF [OPEN / CLOSE] WIRING DIAGRAM: E E (Code 1-4-0) Note: Standard US stock uses wiring configuration E SPDT (Single pole, double throw) Connect live / +ve to BK (black cable) Disconnect from BK, connect to RD (red cable) capacity 0.1A for 24VDC, 50mA for 240VAC. Available, see wiring diagram F WIRING DIAGRAM: E - FAILSAFE Note: Standard US stock uses wiring configuration E E Failsafe (Code Fail [close or open]) SPDT (Single pole, double throw) Connect live / +ve to BK (black cable) Disconnect from BK, connect to RD (red cable) capacity 0.1A for 24VDC, 50mA for 240VAC. Available, see wiring diagram F WIRING DIAGRAM: F F (Code 1-4-A) SPDT (Single pole, double throw) Connect live/ +ve to BK (black) cable Disconnect from BK, connect to RD (red cable) capacity 0.1A for 24VDC, 50mA for 240VAC. capacity 0.1A for 24VDC, 50mA for 240VAC.

3 ON-OFF [OPEN / CLOSE] WIRING DIAGRAM: G G (Code 2-4-0) SPST (Single pole, single throw) Connect live / +ve to Bk (black cable) Disconnect from BK (black cable) capacity 0.1A for 24VDC, 50mA for 240VAC Available, see wiring diagram H WIRING DIAGRAM: G - Failsafe G Failsafe (Code Fail [close or open]) SPST (Single pole, single throw) Connect live/ +ve to BK (black cable) Disconnect from BK (black cable) capacity 0.1A for 24VDC, 50mA for 240VAC Available, see wiring diagram H WIRING DIAGRAM: H H (Code 2-4-A) SPST (Single pole, single throw) Connect live/ +ve to BK (black cable) Disconnect from BK (black cable) capacity 0.1A for 24VDC, 50mA for 240VAC Yes

4 ON-OFF [OPEN / CLOSE] WIRING DIAGRAM: K 3 POSITION SW 1 SW 2 Valve Position Confirmation Notes OFF OFF Closed 6 & 7 connected No signal without external power. ON OFF Closed 6 & 7 connected No signal mid-travel OFF ON Open 6 & 5 connected ON ON 3rd Position No confirmation 3rd Position. Factory set at 45 Adjustable between 10 & 90% by local controls ALARM 6 & 8 connected Output advises fault situation NOTE: THIS WIRING IS A FACTORY OPTION WIRING DIAGRAM: M 3 POSITION SW 1 SW 2 Valve Position Confirmation Notes ON OFF Closed 6 & 7 connected No signal without external power. OFF ON Open 6 & 5 connected No signal mid-travel ON ON 3rd Position No confirmation 3rd Position. Factory set at 45 Adjustable between 10 & 90% by local controls ALARM 6 & 8 connected Output advises fault situation NOTE: THIS WIRING IS A FACTORY OPTION WIRING DIAGRAM: N 4 POSITION SW 1 SW 2 Valve Position Confirmation Notes OFF OFF Closed No confirmation Fully closed OFF ON Position 2 No confirmation Opens 30% ± 10% ON OFF Position 3 No confirmation Opens 60% ± 10% ON ON Open No confirmation Fully open ALARM No alarm NOTE: THIS WIRING IS A FACTORY OPTION

5 MODULATING 0-20mA or 4-20mA WIRING DIAGRAM: O & P O & P Vout = Iout x Rx (use low TCR resistor for Rx) Vout 8V so Rx 400Ω Manufacturer recommends Vout=5V, RX= 250Ω/ 0.25W) For Ref: O 0-20mA For Ref: P 4-20mA No, but available as an option. See wiring diagram ref: 1 or 2 O Closes P Can be configured to open, close, or stay put. WIRING DIAGRAM: O & P - Failsafe Vout = Iout x Rx (use low TCR resistor for Rx) Vout 8V so Rx 400Ω Manufacturer recommends Vout=5V, RX= 250Ω/ 0.25W) WIRING DIAGRAM: O & P - Failsafe & Alarm O & P Failsafe [fail closed, or fail open] For Ref: O 0-20mA For Ref: P 4-20mA No, but available as an option. See wiring diagram ref: 1 or 2 O Closes P Can be configured to open, close, or stay put. Can be configured to close, or open. OA & PA Failsafe [fail closed, or fail open] For Ref: O 0-20mA For Ref: P 4-20mA Yes O Closes P Can be configured to open, close, or stay put. Can be configured to close, or open. Vout = Iout x Rx (use low TCR resistor for Rx) Vout 8V so Rx 400Ω Manufacturer recommends Vout=5V, RX= 250Ω/ 0.25W)

6 MODULATING 0-10V or 2-10V WIRING DIAGRAM: U U 0-10V No, but available as an option. See wiring diagram ref: 5 Actuator closes * Use low TCR resistor for Rx WIRING DIAGRAM: V V 2-10V No, but available as an option. See wiring diagram ref: 6 On loss of control signal, can be configured to open, close, or stay put. * Use low TCR resistor for Rx WIRING DIAGRAM: U & V Failsafe U & V Failsafe Ref: U = 0-10V Ref: V = 2-10V No, but available as an option. See wiring diagram ref: 5 & 6 Failsafe U Closes V Can be configured to open, close, or stay put. Can be configured to close, or open * Use low TCR resistor for Rx

7 WIRING DIAGRAM: 1-2 MODULATING OPTIONS WITH ALARM 1 & 2 For Ref: mA For Ref: mA Yes O Closes P Can be configured to open, close, or stay put. WIRING DIAGRAM: 3-6 3,4,5,6 For Ref: 3 0-5V For Ref: 4 1-5V For Ref: V For Ref: V Yes Actuator closes * Use low TCR resistor for Rx

8 WIRING DIAGRAM: W SMART BUS COMMUNICATION W [Modbus] RS485 Modbus. Recommended wiring when using bus actuators in parallel. WIRING DIAGRAM: X X [Canbus] Canbus 2.0 Ref: V = 2-10V Closed

9 WIRELESS COMMUNICATION WIRING DIAGRAM: Y Y Permanent supply across Blue (BU) and Red (RD) RF Radio frequency RF433/868M/915M. FSK / LORA Modbus compatible WIRING DIAGRAM: Y Failsafe WIRING DIAGRAM: Y-OCEAN Y Failsafe Permanent supply across Blue (BU) and Red (RD) RF Radio frequency RF433/868M/915M Fails closed but can be configured to fail open FSK / LORA Modbus compatible Y-OCEAN Permanent supply across Blue (BU) and Red (RD) RF OCEAN [single control] Several OCEAN switches could control one actuator, or several actuators could be controlled by one OCEAN switch Recommended wiring when using wireless actuators in parallel

10 TIMER WIRING DIAGRAM: Z Z TIMER MODE LOOP MODE Permanent supply across Blue (BU) and Red (RD) Internal timer programmable by external push buttons Pulse or rime mode Loop by days, or weeks. WIRING DIAGRAM: Z Failsafe TIMER MODE LOOP MODE Z Failsafe Permanent supply across Blue (BU) and Red (RD) Internal timer programmable by external push buttons Pulse or rime mode Loop by days, or weeks Fails closed, or can be set to open ACCESSORIES: ANTI-CONDENSATION HEATER Heater 2 wire permanent supply Unless otherwise stated US stock is fitted with an anti-condensation heater as standard