HORNER HE-X10 User manual

5/17/2022 | MAN1278-03-EN
Indianapolis, USA | Cork, Ireland | Calgary, Canada | Bangalore, India | Oakleigh, Australia | Tianjin, China | Esteio, Brazil
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.
1 TECHNICAL SPECIFICATIONS
1.4 Control & Logic
Control Language
Support
Advanced ladder logic
Full IEC 61131-3 languages
Logic Program Size 256kB
Non-Retentive Memory 128kB
Internal Storage
Memory 16Mb
Total Program
Memory 2.5Mb
Logic Scan Rate 0.4ms/kB
%I (Digital Inputs) 1024
%Q (Digital Outputs) 1024
%AI (Analog Inputs) 256
%AQ (Analog
Outputs) 256
%M (Retentive Bits) 1024
%T (Temporary Bits) 1024
%R (Retentive Registers) 5000
%D (Display Bits) 250
%K (Key Bit) 5
%S (Status Bits) 13
%SR (System Registers) 255
1.3 User Interface
Display 10” Wide
Resolution 1024 x 600
Backlight White LED
Backlight Lifetime
50,000 hours to
reach 50% bright-
ness, typically
Backlight Control
Software
controlled:
0 to 100% dimmable
User-Programmable
Screens/Pages 250
No. of Objects/Screens 100
Screen Memory 6.75MB
Keypad Touchscreen
Tactile Feedback Optional Sound
Number of Keys Touch system and
5 function keys
MICRO OCS MODEL: HE-X10
1.6 I/O Connections
Terminal Type Removable 3.5 m
color-coded
I/O Options
Onboard + Remote-
SmartMod, SmartRail,
SmartBlock, SmartStix
1.2 Testing
Shock IEC 60068-2-27
Vibration IEC 60068-2-6
UL Environmental
Ratings
Type 1, 4, 4X, 12, 12k &
13 for indoor use
Certifications
(UL/CE)
North America
Europe
1.7 Inputs/Outputs Model Overview
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 on next page...
MODEL A BUILT-IN I/O: 12 DIGITAL IN, 12 DIGITAL OUT, 4 ANALOG IN/RTD IN, 2 ANALOG OUT
MODEL R BUILT-IN I/O: 12 DIGITAL IN, 6 RELAY OUT, 2 PWM OUT, 4 ANALOG IN/RTD IN, 2 ANALOG OUT
1.5 Connectivity
Serial Ports 1 x RS232, 1 x RS485
485 Terminations On-board, software
controlled
Mini USB Programming Only
CAN Hardware CAN 2.0B
CAN Port Connector RJ45 (Red)
CAN Port Speeds
Support
125kB, 250kB, 500kB,
1Mb
CAN Protocols CsCAN
Ethernet 1 x 10Mbps/100Mbps
Removable Memory In
microSD (SDHC, SDXC
IN FAT32 format,
support for 32GB max.
Application Updates,
Datalogging, more)
1.1 General
Primary Pwr. Range 9 - 30VDC
X10A X10R
Typical power
backlight 100%
305mA @
24V
295mA @
24V
Typical Power
backlight 50%
205mA @
24V
200mA @
24V
Power Backlight Off 140mA @
24V
140mA @
24V
Inrush Current 30A ˂1ms
Real Time Clock Battery backed;
lithium coin cell CR2450
Battery Life 7 -10 years
Clock Accuracy +/- 90 secs/month @
20°C
Relative Humidity 5 to 95% Non-condensing
Operating Temp. -10°C to +60°C
Storage Temp. -20°C to +70°C
Pollution Degree 2
Altitude Up to 2000m
Weight 39 oz. / 1105.6g
Mounting Clips 4, metal
Housing Material Polycarbonate, UL rated
Panel Seal Silicone rubber
Front Panel Type 1, 4X indoor use
only, 12, 12K and 13
Packaging 100% Recyclable
paper fiber materials
Included in Box
Controller,
3 x I/0 connectors,
4 x mounting clips,
1 x power connector,
Quick Reference Guide

5/17/2022 | MAN1278-03-EN
Indianapolis, USA | Cork, Ireland | Calgary, Canada | Bangalore, India | Oakleigh, Australia | Tianjin, China | Esteio, Brazil
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1.12 Analog Inputs: Models R & A
Number of Channels 4
Input Ranges 0-20mA; 4-20mA;
PT100 RTD
RTD Temperature
Range
-58° to 392°F
(-50° to 200°C)
PT100 DIN
Nominal Resolution 12 Bits
Resolution 0.5°C
Safe Input Voltage
Range
-0.5V to 12V,
protection up to 24V
Input Impedance
(clamped @ -0.5VDC
to 12VDC)
Current Mode: 100Ω
%AI Full Scale
10V, 20mA, 100mV:
32,000 full scale
RTD: 20 counts/°C
Max. Over Current 25mA
Max Error at 25˚C
(excluding Zero)
Adjusting Filtering may
Tighten
< 1.5% of full scale
Filtering
Select filter (0-7) to set
1-128 Scan Digital Run-
ning Average Filter
technical specifications continued...
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
(Excluding Zero) <1.5% of full scale
Maximum 20mA
Load 500Ω
% AQ Full Scale 32,000
Protection Protect against miswire up
to 24VDC auto-recover
page 2 of 8
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) 2.2μs 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. 5 μs (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. Switched
Power 150W
Contact Isolation
to Ground 1000VAC
Max. Voltage Drop at
Rated 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 10 ms
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 0.5A @ 24VDC
Min Max
OFF to ON Time
(typical) 300ns 500ns + scan time
ON to OFF Time
(typical) 300ns 475ns + scan time
PWM Out 65kHz
Rise Time 150ns Max
Fall Time 150ns Max
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 30VDC Max.
Input Impedance 10kΩ
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 High
Speed Counters 4
Maximum Frequency 500kHz
Accumulator Size 32-bits each
Modes Supported
Totalizer, quadrature, pulse
measurement, frequency
measurement, set-point
controlled outputs

5/17/2022 | MAN1278-03-EN
Indianapolis, USA | Cork, Ireland | Calgary, Canada | Bangalore, India | Oakleigh, Australia | Tianjin, China | Esteio, Brazil
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2 CONTROLLER OVERVIEW
page 3 of 8 wiring: I-O continued on next page...
2.1 - Port Connectors
1. Touch Screen
2. High-capacity microSD Slot
3. RS232/RS485 Serial Connector,
CAN port (via RJ45),
LAN Port (Ethernet)
4. USB Mini-B Port
5. Analog I/O, DC Inputs, DC Outputs
6. DC Power
NOTE: See Precaution #12 on p.7 about
USB and grounding.
DC Input / FrameDC Input / Frame
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).
DC- is internally connected to I/O V-.
A Class 2 power supply must be used to meet UL requirements.
POWER UP
1. Attach included ferrite core* with a minimum of two turns of the DC+ and
DC- signals from the DC supply that is powering the controllers.
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
2DC- 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 in either a Positive Logic or Negative Logic
fashion as shown. The setting in the Cscape Hardware Configuration for
the Digital Inputs must match the wiring used in order for the correct
input states to be registered.
3 WIRING: INPUTS AND OUTPUTS
3
4
6
5
2
1
3.2 - Relay Life Expectancy
Data Values
INPUT MODE: DATA FORMAT, 12-bit INT:
0-20mA, 4-20mA 0-32000
RTD 20 Counts/ °C
Raw input values are found in the registers as Integer-type data with a
range from 0 – 32000.
Analog inputs may be filtered digitally with the Filter Constant found in
the Cscape Hardware Configuration for Analog Inputs. Valid filter values
are 0 – 7 and act according to the following chart.
3.3 - Analog Inputs Information
Micro OCS Relay Lif eExpectancy
Mechanical Endurance 10,000,000 ops Min. (no load)
Electrical Endurance 100,000 ops Min. (rated load)

5/17/2022 | MAN1278-03-EN
Indianapolis, USA | Cork, Ireland | Calgary, Canada | Bangalore, India | Oakleigh, Australia | Tianjin, China | Esteio, Brazil
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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
10kΩ
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 10kΩresistors
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+ CQ5 Q6 Q7 Q8 Q9 Q10 Q11 Q12 V+ C
LOAD
LOAD
LOAD
LOAD
LOAD
LOAD
LOAD
LOAD
LOAD
LOAD
LOAD
LOAD
NOTE: Internal 10kΩresistors
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.

5/17/2022 | MAN1278-03-EN
Indianapolis, USA | Cork, Ireland | Calgary, Canada | Bangalore, India | Oakleigh, Australia | Tianjin, China | Esteio, Brazil
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.
page 5 of 8
wiring: I-O continued...
3.6 - J3 Wiring - Models A & R
Ex: Universal Input Wiring Schematic
20
mA
20mA Analog In - Self Powered
AI1
C
4 - 20mA Analog Out
C
AQ1
20mA
C
AI1
R1+
RTD In
20
mA
20mA Analog 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
6R3+ or AQ1
(AI3/%AQ1) mA Output
7 AI4 (AI4/%AQ2) No Connection
8R4+ or AQ2
(AI4/%AQ2) mA Output
9 C Common
If AQ1 is used, RTD3 is unavailable.
If AQ2 is used, RTD4 is unavailable.
4 x 4 - 20mA Input / 4-20mA Output
AI1 R1+ AI2 R2+ AI3 R3+
AQ1 AI4 R4+
AQ2 C
+ 20mA -
+ 20mA -
LOOP PWR
PIN Wire
1 AI1 (%AI1)
2 R1+ (%AI1)
3 AI2 (%AI2)
4 R2+ (%AI1)
5AI3
(AI3/%AQ1)
6R3+ or AQ1
(AI3/%AQ1)
7 AI4 (AI4/%AQ2)
8R4+ or AQ2
(AI4/%AQ2)
9 C

5/17/2022 | MAN1278-03-EN
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3.7 - Ex: Universal Input Wiring Schematic
20
mA
20mA Analog In - Self Powered
AI1
C
4 - 20mA Analog Out
C
AQ1
20mA
C
AI1
R1+
RTD In
20
mA
20mA Analog In - Not Self Powered
Loop Power
AI1
C
RTD: 4 x 3 - Wire RTD Connection
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
PIN Wire Connection
1 AI1 (%AI1) RTD Sense
2 R1+ (%AI1) RTD Excitation
3 AI2 (%AI2) RTD Sense
4 R2+ (%AI1) RTD Excitation
5AI3
(AI3/%AQ1) RTD Sense
6R3+ or AQ1
(AI3/%AQ1) RTD Excitation
7 AI4 (AI4/%AQ2) RTD Sense
8R4+ 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 Excitation
3 AI2 (%AI2) RTD Sense
4 R2+ (%AI1) RTD Excitation
5AI3
(AI3/%AQ1) RTD Sense
6R3+ or AQ1
(AI3/%AQ1) RTD Excitation
7 AI4 (AI4/%AQ2) RTD Sense
8R4+ or AQ2
(AI4/%AQ2) RTD Excitation
9 C Common
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.
page 6 of 8
wiring: I-O continued...

5/17/2022 | MAN1278-03-EN
Indianapolis, USA | Cork, Ireland | Calgary, Canada | Bangalore, India | Oakleigh, Australia | Tianjin, China | Esteio, Brazil
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.
page 7 of 8
5 BUILT-IN I/O: MODELS A & R
Both X10 models feature built-in I/O. The I/O is mapped into OCS
Register space, in three separate areas – Digital/Analog I/O, High-Speed
Counter I/O, and High-speed Output I/O. Digital and analog I/O location
is fixed starting at 1, but the high-speed counter and high-speed output
references may be mapped to any open register location.
FIXED ADDRESS I/O FUNCTION MODEL R MODEL A
%I
Digital Inputs 1-12 1-12
Reserved 13-32 13-32
%Q
Digital Outputs 1-2 1-12
Relay Outputs 3-8 --
Reserved 9-24 13-24
%AI
Analog Inputs 1-4 1-4
Reserved 5-12 5-12
%AQ
Analog Outputs 1-2 1-2
Reserved 3-16 3-16
MJ1 & MJ2 PINS
PIN SIGNAL DIRECTION
8TXD OUT
7RXD IN
6 0V Common
5 +5V @ 60mA OUT
4RTS OUT
3CTS IN
2RX-/TX- IN/OUT
1RX+/TX+ IN/OUT
4.2 -Serial Communications
MJ1: RS-232 w/full handshaking
MJ2: RS-485 half-duplex
RS-485 termination and biasing
via System Menu or System
Register
Link
Indicator
Activity
Indicator
Ethernet configuration is done via the Cscape Hardware Configuration,
though temporary Ethernet configuration may be done through the
System Menu directly on 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 (File
Server), and ASCII over TCP/ IP.
CAN - Modular jack (8 posn RJ45)
4 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
4.1 - CAN Communications
The CAN port is provided via the single 8-position modular jack labeled
“CAN”. It may be used to communicate with other OCS products using
Horner’s CsCAN protocol. Additionally, remote expansion I/O such as
SmartRail, SmartBlock, and SmartStix may be implemented using the
CsCAN protocol.
Termination for the CAN port may be enabled from the System Menu or
System Register. This should only occur if the X10 is at either end of the
CAN network. Only the two devices on either end of the CAN network
should be terminated.
Attach optional ferrite core with a minimum of two turns of serial cable.
See Accessories for more details. See Accessories on page 7.
6 BATTERY MAINTENANCE
The X10 uses a replaceable non-rechargeable 3V lithium coin-cell battery
(CR2450) to run the Real-Time Clock and to maintain the retained register
values. This battery is designed to maintain the clock and memory for 7-10
years. Please reference MAN1277 for instructions on how to replace the
battery.

5/17/2022 | MAN1278-03-EN
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page 8 of 8
8.1 - WARNINGS
1. WARNING - Do not disconnect while circuit is live unless area is known to be non-hazardous.
AVERTISSEMENT - Ne pas déconnecter pendant que le circuit est sous tension à moins que
la zone ne soit connue pour être non dangereuse.
2. WARNING - EXPLOSION HAZARD - Do not disconnect equipment unless power has been
removed or the area is known to be non-hazardous.
AVERTISSEMENT - RISQUE D’EXPLOSION - Ne déconnectez pas l’équipement à moins que
l’alimentation n’ait été coupée ou que la zone soit réputée non dangereuse.
3. To avoid the risk of electric shock or burns, always connect the safety (or earth) ground
before making any other connections.
4. To reduce the risk of fire, electrical shock, or physical injury, it is strongly recommended 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 personnel familiar with the construction and operation of this
equipment and the hazards involved should install, adjust, operate, or service this equipment.
Read and understand this manual and other applicable manuals in their entirety before
proceeding. Failure to observe this precaution could result in severe bodily injury or loss of
life.
8. If the equipment is used in a manner not specified by Horner APG, the protection provided by
the equipment may be impaired.
8.2 - FCC COMPLIANCE
This device complies with Part 15 of the FCC Rules. Operation is subject to the following
two conditions:
1. This device may not cause harmful interference
2. This device must accept any interference received, including interference that may cause
undesired operation
8.3 - PRECAUTIONS
All applicable codes and standards need to be followed in the installation of this product. Adhere
to the following safety precautions whenever any type of connection is made to the module:
1. Connect the safety (earth) ground on the power connector first before making any other
connections.
2. When connecting to the electric circuits or pulse-initiating equipment, open their related
breakers.
3. Do NOT make connection to live power lines.
4. Make connections to the module first; then connect to the circuit to be monitored.
5. Route power wires in a safe manner in 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 connections.
10. Before each use, inspect all cables for breaks or cracks in the insulation. Replace immediately
if defective.
11. Use copper conductors in Field Wiring only, 60/75°C.
12. Use caution when connecting controllers to PCs via serial or USB. PCs and laptops may use
“floating power supplies” that are ungrounded which could cause a damaging voltage
potential between the laptop and controller. Ensure the controller and laptop are grounded
for maximum protection. Consider using a USB isolator due to voltage potential differences
as a preventative measure.
8 SAFETY
7.2 - Installation Procedure
This equipment is panel mounted and is meant to be installed in an
enclosure suitable for the environment, such that the back of the
equipment is only accessible with the use of a tool.
This equipment is suitable for use in Class I, Division 2, Groups A, B, C and
D; Class II, Division 2 Groups F and G; and Class III Hazardous Locations
or Non-Hazardous Locations only.
The X10 utilizes a clip installation method to ensure a robust and
watertight seal to the enclosure. Follow the steps below for the proper
installation and operation of the unit.
1. Carefully locate an appropriate place to mount the X10. Be sure to
leave enough room at the top of the unit for insertion and removal
of the microSD™ card.
2. Carefully cut the host panel per the diagram, creating a 175mm x
131.9mm (with a tolerance of +/- 1.0mm) opening into which the
X10 is to be installed. If the opening is too large, water may leak into
the enclosure, potentially damaging the unit. If the opening is too
small, the OCS may not fit through the hole without damage.
3. Remove any burrs/sharp edges and ensure the panel is not warped
in the cutting process.
4. Install and tighten the four mounting clips (provided in the box)
until the gasket forms a tight seal. For standard composite mounting
clips (included with product). NOTE: Torque Rating is 2-3 in-lbs (0.23-
0.34 Nm). For optional metal mounting clips, use a torque rating of
4-8 in-lbs (0.45-0.90 Nm).
5. Connect communications cables to the serial port, USB ports, and
CAN port as required.
model
9 PART NUMBER BUILDER
GLOBAL MODEL NUMBERS
HE-X10
R relay and solid state outputs
A solid state output
10 TECHNICAL SUPPORT
For assistance and manual updates, contact Technical Support at the
following locations:
North America Europe
[phone] (+) 353-21-4321-266
www.hornerautomation.com www.hornerautomation.eu
[e-mail] technic[email protected]om
7 DIMENSIONS & INSTALLATION
7.1 Dimensions & Panel Cutout
Panel Cutout
6.89” (175mm)
5.19”
131.9mm
6.61”
(167.8mm)
10.44” (265.2mm)
2.17” (55.1mm)
Panel Tolerance: +/- 1.0mm