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5/17/2022 | MAN1278-03-EN

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Please visit our website for a complete listing and to learn more about certified Horner Automation products.
This document is the property of Horner Automation Group, and is subject to change. 

  wiring: I-O continued...

page 4 of 8

wiring: I-O continued on next page...

Model R: Sinking Outputs [Outputs can sink 500mA]

 Q1

 C

Load

LOAD

SINKING

Q1
Q2
V+
C

Model R: Sourcing Outputs [2.4mA @ 24V]

LOAD

SOURCING

Q1
Q2
V+
C

   

   

 

        
                     Q1

 10k

Ω

 V+

 C

Load 

Sourcing & Sinking Wiring on Model R

L

N

L

N

L

N

L

N

L

N

L

N

J1 Wiring: Model R -  Relay and Digital Out

POSITION/PIN

DIGITAL MODEL

1

R1

Relay 1 N.O.

2

C1

Relay 1 C

3

R2

Relay 2 N.O.

4

C2

Relay 2 C

5

R3

Relay 3 N.O.

6

C3

Relay 3 C

7

R4

Relay 4 N.O.

8

C4

Relay 4 C

9

R5

Relay 5 N.O.

10

C5

Relay 5 C

11

R6

Relay 6 N.O.

12

C6

Relay 6 C

13

Q1

Output 1

14

Q2

Output 2

15

V+

External V+

16

C

Common

60 VAC or 30 VDC

60 VAC or 30 VDC

60 VAC or 30 VDC

60 VAC or 30 VDC

60 VAC or 30 VDC

60 VAC or 30 VDC

R1
C1
R2
C2
R3
C3
R4
C4
R5
C5
R6
C6
Q1
Q2
V+
C

NOTE:  Internal 10k

Ω

 resistors 

between:  V+ and Q1; V+ and Q2

Sinking and 
Sourcing wiring 
below.

LOAD

LOAD

LOAD

LOAD

LOAD

LOAD

3.4 - Connector Wiring

J1 Wiring: Model A -  Digital Out

POSITION/PIN

DIGITAL 

MODEL

1

Q1 (%Q1)

Dig. Out 1 

(PWM)

2

Q2 (%Q2)

Dig. Out 2 

(PWM)

3

Q3 (%Q3)

Dig. Out. 3

4

Q4 (%Q4)

Dig Out. 4

5

V+

External V+

6

C

Common

7

Q5 (%Q5)

Dig Out. 5

8

Q6 (%Q6)

Dig Out. 6

9

Q7 (%Q7)

Dig Out. 7

10

Q8 (%Q8)

Dig Out. 8

11

Q9 (%Q9)

Dig Out. 9

12

Q10 (%Q10)

Dig Out. 10

13

Q11 (%Q11)

Dig Out.11

14

Q12 (%Q12)

Dig Out. 12

15

V+

External V 

2 +

16

C

Common

Q1
Q2
Q3
Q4
V+
C
Q5
Q6
Q7
Q8
Q9
Q10
Q11

Q12
V+
C

LOAD

LOAD

LOAD

LOAD

LOAD

LOAD

LOAD

LOAD

LOAD

LOAD

LOAD

LOAD

NOTE:  Internal 10k

Ω

 resistors 

between:  V+ and Q1; V+ and Q2

POSITION/PIN

DIGITAL MODEL

1

I1 (%I1)

Dig. IN 1 (HSC)

2

I2 (%I2)

Dig. IN 2 (HSC)

3

I3 (%I3)

Dig. IN 3 (HSC)

4

I4 (%I4)

Dig. IN 4 (HSC)

5

I5 (%I5)

Dig. IN 5

6

I6 (%I6)

Dig. IN 6

7

I7 (%I7)

Dig. IN 7

8

I8 (%I8)

Dig. IN 8

9

I9 (%I9)

Dig. IN 9

10

I10 (%I10)

Dig. IN 10

11

I11 (%I11)

Dig. IN 11

12

I12 (%I12)

Dig. IN 12

13

C

Common 

14

C

Common

I1
I2
I3
I4
I5
I6
I7
I8
I9
I10
I11
I12
C
C

12-24 

VDC

J2 Wiring - Model R & Model A  - Digital Input

Inserting and Removing Connectors:

 

To Insert

: Using a small screwdriver, firmly press on connector on one end and then the other until connector clicks into place. Ensure connector is firmly seated.  

To Remove:

 Use a small screwdriver on each side of connector to gently pry up the connector.  

Summary of Contents for HE-X10

Page 1: ...view MODEL R MODEL A DC In 12 12 DC Out 2 12 Relays 6 HS In 4 4 HS Out 2 2 mA In RTD 4 4 mA Out 2 2 There are four high speed inputs I9 I12 of the total DC Inputs There are two high speed outputs Q1 Q2 of the total DC outputs Model A DC outputs are sourcing Model R DC outputs are sinking with integral pull up resistors Model R also supports sourcing page 1 of 8 technical specifications continued o...

Page 2: ...2 2μs 2 2μs scan time ON to OFF Time typical 13μs 13μs scan time PWM Out 65kHz Rise Time 2 4μs typical 24V Fall Time 7 5μs typical 24V 1 10 Relay Outputs Model R Outputs per Module 6 Relay Relay Contact Type Floating Max Output Cur rent per Relay 3A 60VAC resistive 3A 30VDC resistive Max Total Output Current Combined Relays 5A continuous Max Output Voltage 3A 60VAC resistive 3A 30VDC resistive Max...

Page 3: ...ers 2 Connect to Earth ground 3 Apply the recommended power 2 2 Power Wiring Primary Power Port Pins PIN SIGNAL DESCRIPTION 1 Ground Frame Ground 2 DC Power Supply Common 3 DC Power Supply Voltage Positive Logic vs Negative Logic Wiring The OCS can be wired for positive logic inputs or negative 0V I1 0V I1 12 24VDC Positive Logic In Negative Logic In 3 1 Digital Inputs Digital inputs may be wired ...

Page 4: ...esistors between V and Q1 V and Q2 Sinking and Sourcing wiring below LOAD LOAD LOAD LOAD LOAD LOAD 3 4 Connector Wiring J1 Wiring Model A Digital Out POSITION PIN DIGITAL MODEL 1 Q1 Q1 Dig Out 1 PWM 2 Q2 Q2 Dig Out 2 PWM 3 Q3 Q3 Dig Out 3 4 Q4 Q4 Dig Out 4 5 V External V 6 C Common 7 Q5 Q5 Dig Out 5 8 Q6 Q6 Dig Out 6 9 Q7 Q7 Dig Out 7 10 Q8 Q8 Dig Out 8 11 Q9 Q9 Dig Out 9 12 Q10 Q10 Dig Out 10 13 ...

Page 5: ...log In Not Self Powered Loop Power AI1 C If AQ1 is used RTD3 is unavailable If AQ2 is used RTD4 is unavailable RTD 2 x 3 Wire RTD 2 x 4 20mA Output RTD AI1 R1 AI2 R2 AI3 R3 AQ1 AI4 R4 AQ2 C RTD 20mA 20mA PIN Wire Connection 1 AI1 AI1 RTD Sense 2 R1 AI1 RTD Excitation 3 AI2 AI2 RTD Sense 4 R2 AI2 RTD Excitation 5 AI3 AI3 AQ1 No Connection 6 R3 or AQ1 AI3 AQ1 mA Output 7 AI4 AI4 AQ2 No Connection 8 ...

Page 6: ... AI1 RTD Excitation 3 AI2 AI2 RTD Sense 4 R2 AI1 RTD Excitation 5 AI3 AI3 AQ1 RTD Sense 6 R3 or AQ1 AI3 AQ1 RTD Excitation 7 AI4 AI4 AQ2 RTD Sense 8 R4 or AQ2 AI4 AQ2 RTD Excitation 9 C Common If AQ1 is used RTD3 is unavailable If AQ2 is used RTD4 is unavailable RTD AI1 R1 AI2 R2 AI3 R3 AQ1 AI4 R4 AQ2 C RTD RTD RTD RTD 4 x 2 Wire RTD Connection PIN Wire Connection 1 AI1 AI1 RTD Sense 2 R1 AI1 RTD ...

Page 7: ... the X10 For more information on the Ethernet available features and protocols refer to the Ethernet Supplement document SUP0740 4 3 Ethernet Communications 10 100 Ethernet port with automatic MDI X crossover detection is provided via the single 8 position modular jack labeled LAN Several features are available for use over Ethernet ICMP Ping EGD Ethernet Global Data Modbus Slave Ethernet IP FTP F...

Page 8: ...accordance with good practice and local codes 6 Wear proper personal protective equipment including safety glasses and insulated gloves when making connections to power circuits 7 Ensure hands shoes and floor are dry before making any connection to a power line 8 Make sure the unit is turned OFF before making connection to terminals 9 Make sure all circuits are de energized before making connectio...

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