Vantage Hearth LVOS-0-10-PWM-DIN User manual

©Vantage, 8/12/2016 / IS-0521-B DIN Low Voltage Output Station — MODEL: LVOS-0-10-PWM-DIN page 1 of 2
INSTALLATION
VANTAGECONTROLS.COM VANTAGE INSTALL GUIDES
2168 West Grove Parkway, Suite 300, Pleasant Grove, UT. 84062 USA
Telephone: [phone] ●Fax: [phone] DIN Low Voltage Output Station — MODEL: LVOS-0-10-PWM-DIN
Overview
The Vantage LVOS-0-10-PWM-DIN has eight low voltage outputs.
Loads 1-4 may be configured as 0-10V (analog) or PWM (source
only) loads. Loads 5-8 are 0-10V, analog only.
Features
8, independent 0-10V low voltage outputs
Outputs 1-4 can be configured as PWM or 0-10V
Manual control and LED status for all 8 LV outputs on front
High resolution performance when dimming
Communicates via station bus
Assembled in a 9 unit DIN case
Override switch for ON and OFF states of all loads
CE Certification / UL
Station Specifications
General
Dimensions, HWD 85.7mm x 157.2mm x 61.9mm
3.38” x 6.19” x 2.44”
Weight 237g
/
8.36oz.
LED Indicators Microprocessor status, configuration, loads LED on loads 1-4: Red = 0-10 / GREEN =
PWM
Ambient
Operating
Temperature 32-104°F / 0-40°C
Relative Humidity Maximum 90%, non-condensing
Cooling Convection
Firmware Upgradeable via station bus
Manual Control Overlay with control/status for each output
FreeRTOS Real-time scheduling provided by
FreeRTOS (www.freertos.org)
Compliance UL • CUL • RoHS• CE • FCC (see Certifications)
DC Input – Power Supply
Input Voltage 13.8 – 36VDC
Input Power Draw <15W
Connection Type 0.20” pitch removable plug
Connection Rating 300V 10A
Input / Output Connection
s
(Low Voltage)
Station Bus
Connection 24V / 36V Station Bus
Station Bus Wire
Specification
2C, 16AWG / 1.31mm2, twisted, non-
shielded, <30pF per foot. Separate a
minimum of 12" / 30.5cm from other parallel
communication and/or high voltage runs.
Station Wiring Daisy-chain/Star/Branch
Station Count 0.35W on IC-24 / 0.55W on IC-36
Auxiliary Inputs 4 Dry Contacts, (3 and 4 may be used for an
IR Receiver and Light Sensor respectively)
Override Inputs Yes – All ON or All OFF contacts
Low Voltage Output: 0-10V
Specification IEC 60929 Annex E
Number of
outputs 8
Output 0-10V @ 100mA sink or source
External source
voltage Typical 10V / Maximum 20V
Loads Per Output 50@ 2.0mA per load (typical)
Resolution >1024 steps
Connection type 0.20” pitch removable plug
Connection rating 300V 10A
Low Voltage Output: PWM
Specification IEC 60929 Annex E
Number of
outputs 4
Output voltage 12V (source only)
Output current 100mA per channel, 400mA total
Loads Per Output 50@ 2.0mA per load (typical)
Resolution > 1024 steps
Duty cycle Variable 0% to 99.9%
Frequency 760Hz
Connection type 0.20” pitch removable plug
Connection rating 300V 10A
Protection
DC input, over current protection
PTC fuse (self resetting)
Low voltage 0-10V output over
current protection
Low voltage PWM output over
current protection
Certifications
CE,
FCC
Part 15,
Sub-
Part B
EN55022 Radiated / Conducted emissions
EN55024 61000-4-2 ESD immunity
EN55024 61000-4-3 Radiated immunity
EN55024 61000-4-4 Fast transient immunity
EN55024 61000-4-5 Surge immunity
EN55024 61000-4-6 Conducted immunity
EN55024 61000-4-8 Magnetic field immunity
EN55024 61000-4-11 Voltage dips/interruption immunity
61000-3-2 Harmonics current emissions
610000-3-3 Flicker emissions
Load Configurations
Setting up the
load
configurations,
as shown at
right, is done
in Design
Center
software.
Only loads 1-4
may be
configured as
PWM. Set all
four loads as
PWM or in
sets of two,
e.g., loads 1&2,
or loads 3&4.
Low Voltage
Outputs, 0-
10V (analog)
Low Voltage Controls 1-8 and Ground are used to control devices
that work with an analog 0-10V signal. Ground provides the
negative reference for the output voltages. All Grounds are
connected internally to each other. Each control output, 1-8 can
sink or source 0-100mA at any voltage from 0-10VDC. The load
level sets the percentage between the minimum and maximum
voltage that is selected for that load. LED load indicators are red
for all loads in 0-10V mode; loads 5-8 are only 0-10V.
PWM Outputs, 12V (Source)
Low voltage outputs 1-4 may be configured as PWM (Pulse Width
Modulation). Only use combinations 1-4, 1&2, or 3&4 as illustrated
for PWM outputs. PWM Duty Cycles are programmed using Power
Profiles from 0%-Minimum On to 100%- Maximum On (99.9%
actual). The load level is a percentage between the minimum and
maximum duty cycle (Power Profile Minimum On and Maximum
On). The output can be reversed in Design Center through the
Power Profile. For example, a 0% duty cycle can either be load ON
or load OFF. LED load indicators 1-4 are green for loads in PWM
mode.
NOTE: Loads 1 – 8, Low Voltage outputs, should be
limited to 250 feet / 76.2 meters for each wire run, using
a minimum of 18AWG / 0.823mm2 gauge wire. All
connections use 4.4 inch pound torque. Stranded wire
recommended.
Software/Firmware
Design Center Software version 3.x or higher and accompanying
Firmware, are compatible. For new projects it is recommended that
software and firmware be kept to the most current release.
Power Profiles / Power Outages
The Dimmer Station stores Power Profile configuration data locally
so that it will continue to operate correctly if communication with
the system is lost. This information includes: load profile-duty cycle
settings, last load level, and PWM or 0-10V power profiles. If a
station is moved to a new location or if the load type connected is
changed from a 0-10V load to a PWM load, or vice-versa,
remember to change the load type in Design Center, to avoid
unwanted results. Before testing new load type via the local
buttons on the front, program the station to the system so the new
load type is active in the station’s output.
If a power outage occurs, when power is restored the station will
return the loads to the last load level with all profiles at there last
known settings. This occurs whether or not the station is
connected to the Controller.
Actuator Buttons
The actuator buttons on the front of the station are for local
control only and are not programmable through Design Center
software. In Diagnostics, these eight buttons and the four dry-
contacts have not been implemented in Button Press Monitor.

I N S T A L L A T I O N
©Vantage, 8/12/2016 / IS-0521-B DIN Low Voltage Output Station — MODEL: LVOS-0-10-PWM-DIN page 2 of 2
Override
Wiring
Example
Button Operation
Button
Action Load Operation
Press/Release
1. The load ramps to 100% or fades to 0% over
three seconds, alternating with every other
press and release.
2. If the button is pressed again before the three
seconds time, the load stops ramping/fading
at its current level.
Press and
Hold
/
Learn
Press and Hold and learned leve
l
features are not
supported from the front panel buttons.
Installation
Installation of Vantage products should be performed or
supervised by a Certified Vantage Installer. Each LVOS-0-10-PWM-
DIN must be installed inside of a properly vented and covered DIN
enclosure. Connection torque is 4.4 inch pounds.
Station Connection
The LVOS-0-10-PWM-DIN connects to a Vantage System via
Station Bus. Two screw terminals are located in the low voltage
section of the electrical box (through top). The two connectors are
internally wired, in parallel, to facilitate daisy chaining the station
bus. The wire should comply with the Vantage Station Bus wiring
specification.
Remote Infrared Receiver or Dry-Contact
A remote infrared receiver (part # REMOTEIR) may be connected
to the LVOS-0-10-PWM-DIN dry-contact 3. This terminal is not
compatible with remote infrared receivers from other
manufacturers.
The receiver connects to +12V, IR IN (dry contact 3) and Gnd. If not
used with an IR receiver this input may be used as a standard dry
contact input, connecting the contact between IR IN (dry contact
3) and Gnd.
Sensor Input or Dry-Contact
Dry contact 4 connects to +12V, SENSOR IN and Gnd. If not used
for a light sensor, this input may be used as a standard dry contact
input, connecting the contact between SENSOR IN (dry contact 4)
and Gnd.
Wiring
Loads 1 – 8, Low Voltage outputs, should be limited to 250 feet /
76.2 meters for each wire run, using a minimum of 18AWG /
0.823mm2 gauge wire. All connections use 4.4 inch pound torque.
Stranded wire recommended.
Override
The station supports two Override modes, ON and OFF. When
either switch is closed, using a simple toggle switch, all loads are
ON or OFF depending on which override loop is closed. However,
the ON override takes precedence over the OFF override if both
switches are closed. NOTE: Station does not communicate to
controller when in override.
Power Connection
Connect the 13.8 – 36VDC power feed. Vantage recommends the
PSU36-DIN 36VDC or ACPDXXSM2 24VDC power supplies*. This
provides power for the LVOS-0-10-PWM-DIN and is required for
the station to operate. Use 16AWG / 1.31mm2wire between power
supply and stations using a daisy-chain topology. Total wire length
for all stations connected to power supply should not exceed 100ft
/ 30.5m.
*DIN Power Supply LVOS-0-10-PWM-DIN
Stations Supported
PSU36-DIN – 36V DC 3.5A 130W Max Supports up to 8 Stations
ACPDXXSM2 – 24V DC 2.5A 60W Max Supports up to 4 Stations
Configuration
When the LVOS-0-10-PWM-DIN station is first connected to the
Station Bus, the diagnostic LED will blink twice followed by a pause.
In Design Center, click on Configure Stations, the Status LED will
blink 5 times followed by a pause. To finish configuring press any
button on the Station 3 times. The station may also be configured
by typing the serial number in the project file, using this method
the station will automatically be configured when the system is
programmed.
Diagnostic Information
The Status LED blinks evenly or flashes 2, 3, 4 or 5 times followed
by a pause to indicate status information.
Off: The station is not powered. A power connection has not been
made.
One Even blink: Station is operating correctly and is configured.
Two blinks: Station is operating correctly but is not configured.
Three blinks: Station is not communicating with the Main
Controller. Verify that station bus wiring conforms to Vantage
guidelines.
Four blinks: Station problem. Please contact the factory.
Five blinks: Configuration mode.
Firmware Upgradable From Design Center
1. The station must always be configured and programmed to the system
in order to perform a firmware update.
2. Click on System | Update Firmware | Update DIN LVOS Firmware .
3. Select the checkbox for each DIN LVOS PWM station needing the
firmware upgrade.
4. Complete the upgrade – wait for the process to finish.
Placing Station In Boot Code
If the application code is corrupted it may not be possible for Design
Center to connect to the DIN LVOS PWM station to update. If this
condition is suspected, place the DIN LVOS PWM station into boot code
and then update following the steps above.
1. Remove DC voltage power to the station.
2. Press and hold buttons 2 and 3 while DC voltage power is restored.
3. All of the station’s load and status LED lights will flash in unison.
4. While in this mode attempt the regular firmware update steps 2-4 again.
(Above - Firmware Upgradable From Design Center )
5. When the firmware update is finished the update dialog box will display
a green checkmark and the station will reboot automatically.
Line Drawings