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12/3/2019 | MAN1131-06-EN

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This document is the property of Horner Automation Group, and is subject to change. 

1.10  Relay Outputs:  Model R

Outputs per Module

6 Relay

Relay Contact Type

Floating

Max. Current & Volt-
age per Relay

3A @ 60VAC, resistive
3A @ 30VDC, resistive

Max. Total Output 
Current

5A continuous

Max. Switched 
Power

150W

Contact Isolation to 
Ground

1000VAC

Max. Voltage Drop at 
Reted Current

0.5V

Expected Life (see 
derating chart on 
page 3)

No Load:  5,000,000 
Rated Load:  100,000

Max. Switching Rate

300 CPM at no load 
20 CPM at rated load

Type

Mechanical Contact

Response Time

One update per ladder 
scan plus 10ms

  technical specifications continued...

page 2 of 6

1.8 Digital DC Inputs:  Models R & A

Inputs per Module

12 Including 4 Config-
urable HSC Inputs

Commons per Module 1
Input Voltage Range

12VDC / 24VDC

Absolute Max. 
Voltage

35VDC Max.

Input Impedance

10k

Ω

Input Current:

Positive 

Logic:

Negative 

Logic:

Upper Threshold 
Lower Threshold

0.8mA   
0.3mA   

-1.6mA
-2.1mA 

Min ON Threshold

8VDC

Max OFF Threshold

3VDC

OFF to ON Response

0.1ms

ON to OFF Response

0.1ms

Number of Counters

4

Maximum Frequency

2.5kHz, Quadrature
5kHz, Per Frequency
10kHz, Totalize

Accumulator Size

32-bits each

Modes Supported

Totalizer, quadrature, pulse 
measurement, frequency 
measurement, set-point 
controllled outputs

X2 User Manual [MAN1130]

The User Manual includes information on:
• 

Built-In I-O

• 

Common %S & %SR Registers

• 

Resource Limits

1.9  Model R: Digital DC Outputs, Sinking,       
Sourcing

Outputs per 
Module

2 (PWM or HSC)

Commons per 
Module

1

Type

Sinking

Absolute Max. 
Voltage

28VDC

Output Protec-
tion

Short circuit

Max. Output per 
Point:  

Sinking 

0.5A

Max. Output per 
Point: 

Sourcing

2.4mA @ 24V

Max. Voltage 
Drop at Rated 
Current

0.25VDC

Max Outrush

650mA

Min

Max

OFF to ON Time 
(typical)

2.2

μ

s  2.2

μ

s+ scan time

ON to OFF Time 
(typical)

13

μ

s

13

μ

s + scan time

PWM Out

65kHz

Rise Time

2.4

μ

s (typical @ 24V)

Fall Time

7.5

μ

s (typical @ 24V)

1.12 Analog Inputs:  Models R & A

Number of Channels

4

Input Ranges

0-20mA, 4-20mA

Nominal Resolution

12 Bits

Safe Input Voltage 
Range

-0.5V to 12V,  
protection up to 24V

Input Impedance 
(clamped @ -0.5 VDC 
to 12 VDC)

Current Mode:  100

Ω

Nominal Resolution

12 Bits

%AI Full Scale

20mA: 32,000 
counts full scale 

Max. Over Current

25mA

Max Error at 25

˚

C  

(excluding Zero) 
Adjusting Filtering may 
improve error

1.5%

Filtering

160Hz Hash (noise) 
Filter, 1-128 Scan Digital 
Running Average Filter

1.13 Analog Outputs:  Models R & A

Number of Channels

2

Output Ranges

4-20mA

Nominal Resolution

12 Bits

Update Rate

Once per PLC scan

Max. Error at 25°C 
(Exluding Zero)

<

 1.5%

Maximum 20mA 
Load

500

Ω

% AQ Full Scale

32,000

Protection

Protect against miswire up 
to 24VDC auto-recover

1.11 Model A: Digital DC Outputs, 
Sourcing

Outputs per Module

12 Including 2 Config-
urable PWM Outputs

Commons per Module 2
Type

Sourcing

Absolute Max. Voltage 28VDC

Output Protection

Short Circuit, Ther-
mal, Undervoltage

Max. Voltage Drop at 
Rated Current

0.25VDC

Max Output per 
Point: Sourcing

.5A @ 24VDC

Min

Max

OFF to ON Time 
(typical)

300

n

500ns + 
scan time

ON to OFF Time 
(typical)

300ns 

475ns + 
scan time

PWM Out

65kHz

Rise Time

150ns Max

Fall Time

150ns Max

Summary of Contents for X OCS Series

Page 1: ...edback Yes Number of Keys 4 Soft keys 16 numeric function keys X OCS MODEL HE X2 MODEL A BUILT IN I O 12 DIGITAL INPUTS 12 DIGITAL OUTPUTS 4 ANALOG INPUTS 2 ANALOG OUTPUTS MODEL R BUILT IN I O 12 DIGITAL INPUTS 6 RELAY OUTPUTS 2 PWM OUTPUTS 4 ANALOG INPUTS 2 ANALOG OUTPUTS 1 1 General Primary Pwr Range 24VDC 20 Typical power back light 100 64mA 24V 1 53W Power Backlight Off 15mA 24V 0 36W Inrush C...

Page 2: ...ncludes information on Built In I O Common S SR Registers Resource Limits 1 9 Model R Digital DC Outputs Sinking Sourcing Outputs per Module 2 PWM or HSC Commons per Module 1 Type Sinking Absolute Max Voltage 28VDC Output Protec tion Short circuit Max Output per Point Sinking 0 5A Max Output per Point Sourcing 2 4mA 24V Max Voltage Drop at Rated Current 0 25VDC Max Outrush 650mA Min Max OFF to ON ...

Page 3: ... wiring used in order for the correct input states to be registered Removing and Inserting Connectors Use a small screwdriver to gently pry up the connector Gently press on connector to snap into place Wiring Details Solid Stranded Wire 12 24 awg 2 5 0 2mm Strip Length 0 28 7mm Torque Rating 4 5 7 in lbs 0 50 0 78 Nm 3 2 Relay Life WARNING Exposure to some chemicals may degrade the sealing proper ...

Page 4: ... Outputs Q1 C Load LOAD SINKING Q1 Q2 V C Model R Sourcing Outputs LOAD SOURCING Q1 Q2 V C Q1 10kΩ V C Load Sourcing 0 5A sourcing 24V 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...

Page 5: ...CAN network should be terminated 4 COMMUNICATIONS 4 1 CAN Communications CAN Pin Assignments PIN SIGNAL 8 No Connection 7 Ground 6 Shield 5 No Connection 4 No Connection 3 Ground 2 CAN Data Low 1 CAN Data High CAN Modular jack 8posn RJ45 POSITION PIN DIGITAL MODEL 1 AI1 Analog Input 1 2 AI2 Analog Input 2 3 AI3 Analog Input 3 4 AI4 Analog Input 4 5 C Common 6 C Common 7 AQ1 Analog Output 1 8 AQ2 A...

Page 6: ...ended to fuse the voltage measurement inputs Be sure to locate fuses as close to the source as possible 5 Replace fuse with the same type and rating to provide protection against risk of fire and shock hazards 6 In the event of repeated failure do NOT replace the fuse again as repeated failure indicates a defective condition that will NOT clear by replacing the fuse 7 Only qualified electrical per...

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