|
|
|
Today’s photovoltaic arrays are defined as strings of
series-connected PV panels, which are then paralleled together and converted
to AC power through an
inverter. The key challenge of these arrays is how a small amount of
real-world mismatch with just a few of the PV panels can cut the power
output of the entire array in half. This mismatch can come in the form of
shading (e.g. trees, chimneys, overhead power lines, bird droppings,
handrails, etc.), panel-to-panel mismatch, different panel orientations and
tilts, or different string lengths.
As a result of these mismatches, system integrators are often
forced to compromise their installation by various methods, such as reducing
the size of the array to avoid shade, accepting a lower energy output per
square meter, or adding extra panels in a different part of the array, all
of which cost money, efficiency, and/or aesthetics for the system owner.
To maximize the energy output of each solar PV panel in the array,
National Semiconductor has developed SolarMagic technology, which enables
each solar panel to produce the maximum energy regardless of whether other
panels in the array are under-performing due to mismatch. SolarMagic
technology monitors and maximizes the energy harvest of each individual PV
panel through advanced algorithms combined with leading-edge mixed-signal
technology, thereby recouping up to 57% of the lost energy due to
mismatches.
The SolarMagic power optimizer is designed to be installed quickly
and easily within the traditional architecture of a solar array. Each power
optimizer comes with a universal mounting bracket for easy attachment to a
racking system. The output wires of each solar panel are simply
series-connected to a power optimizer (positive wire to positive wire,
negative to negative), with the power optimizer output wires correspondingly
connecting into the next solar panel’s power optimizer.
A single blocking diode must be installed in each
assisted string to protect the SolarMagic power optimizers from damage.
All SolarMagic power optimizers come with a limited 20-year
warranty, thereby ensuring the reliability of the panel-mounted electronics
matches the panels themselves.
See Spec Sheet
|
MODEL |
DESCRIPTION |
VOLT RANGE |
CON |
PART NUMBER |
LIST PRICE |
OUR PRICE |
PURCHASE |
|
MIN |
MAX |
| SM1230-3A1 |
LOW
VOLT |
15VDC |
40VDC |
MC3 |
030-09001 |
$312.45 |
$300 |
 |
| SM1230-3B1 |
HIGH
VOLT |
30VDC |
80VDC |
MC3 |
030-09002 |
$312.45 |
$300 |
|
| SM1230-4A1 |
LOW
VOLT |
15VDC |
40VDC |
MC4 |
030-09003 |
$312.45 |
$300 |
|
| SM1230-4B1 |
HIGH
VOLT |
30VDC |
80VDC |
MC4 |
030-09004 |
$312.45 |
$300 |
|
| REMEMBER TO
PURCHASE BLOCKING DIODES ALSO |
|
|
TOP
|
|
The blocking diode is designed to block reverse current flow by
allowing current to flow in one direction and
 disconnect the circuit
if current attempts to flow in the opposite direction. Due to the
interaction, strings with SolarMagic power optimizers installed – also
referred to as assisted strings – will have varying voltage levels during
energy production hours.
A single blocking diode must be installed in each
assisted string to protect the SolarMagic power optimizers from damage.
All SolarMagic blocking diodes come with a full 20-year warranty.
See Spec Sheet
|
MODEL |
DESCRIPTION |
CON |
PART NUMBER |
LIST PRICE |
OUR PRICE |
PURCHASE |
| SM2060-3A1 |
SOLARMAGIC
BLOCKING DIODE (600V STRINGS) |
MC3 |
030-09005 |
$124.05 |
$116 |
|
| SM2100-3A1 |
SOLARMAGIC
BLOCKING DIODE (600V STRINGS) |
MC3 |
030-09006 |
$124.05 |
$116 |
|
| SM2060-4A1 |
SOLARMAGIC
BLOCKING DIODE (1,000V STRINGS) |
MC4 |
030-09007 |
$124.05 |
$116 |
|
| SM2100-4A1 |
SOLARMAGIC
BLOCKING DIODE (1,000V STRINGS) |
MC4 |
030-09008 |
$124.05 |
$116 |
|
|
|
TOP
|
SunMizer is a per-module DC-to-DC power optimizer that performs MPP
tracking at the PV module substring level to increase array power
harvest. SunMizer achieves maximum power flow from the module during
sub-optimal module operating conditions caused by shade and soiling to
recover more than half of system level power loss. Modules can now be
placed on roof space that would not have been utilized in the past
because modules in these areas would actually decrease system output. In
addition, SunMizer optimized modules can be installed in locations to
match the roofline, avoiding odd shapes and cut-outs.
Use one on each module that will be shaded.
Selective installation gives SunMizer a unique advantage over
competing DC power optimizers that require a unit on each module in a
string. SunMizer can be installed selectively, only on the solar modules
that experience regular shade or soiling. Selective installation
provides optimized power output at a lower initial cost than a fully
installed solution. SunMizer is lightweight (< 2 kg) and its compact
dimensions of 6" x 4" x 1.6" (15 x 10 x 4 cm) make it easy to install
directly to module racking with standard rack system 5/16 or 1/4 inch
fasteners. Each unit has an integral grounding lug that also accepts a
ring terminal connection. SunMizer is connected in-line with PV modules
using standard series wiring schemes and does not require specialized
wiring, or add-on equipment. SunMizer is compatible with solar modules
that have 54-60 156m m cells. Modules with a maximum power rating of
250W (Pmax), no more than 48V (Voc), and 9A (Isc) can be used with the
SunMizer. SunMizer is compatible with most 208V and 240V residential
size inverters. SunMizer is made in the U.S. TUV certified to the UL
1741 safety standard. 20-year warranty includes a replacement labor
provision.
mproved Roof Utilization and Aesthetics
With SunMizer, the system designer can now install more
panels and increase system power production. Panels can now
be placed on roof space that would not have been utilized in
the past because panels in these areas would actually
decrease system output. In addition, SunMizer optimized
panels can be installed in locations to match the roofline,
avoiding odd shapes and cut-outs. This makes for a more
attractive and aesthetically pleasing solar array. More
power with an attractive system, a win-win for the system
owner and the designer.
Selective Installation
"Selective Installation" gives SunMizer a unique
advantage over competing DC/DC power optimizers that require
a unit on each panel in a string. SunMizer can be installed
selectively, only on the solar panels that experience
regular shade or soiling. Selective installation provides
optimized power output at a lower initial cost and that
means faster return on investment for the system owner.
Compatibility and Installation
SunMizer is lightweight (> 2 kg) and its compact
dimensions of 6" x 4" x 1.6" (15 x 10 x 4 cm) make it easy
to install directly to panel racking with standard rack
system fasteners and nuts. Each unit has an integral
grounding lug that also accepts a ring terminal connection. SunMizer is currently compatible with a wide variety of
popular rack mounting systems. SunMizer is connected
in-line with PV panels using standard series wiring schemes
and does not require specialized wiring or “add-on”
equipment.
SunMizer is compatible with a large list of 156mm cell
architecture models from most major panel manufacturers
worldwide. Panels with a maximum power rating of 250W (Pmax),
48V (VOC), and 9A (ISC) or 350W (Pmax), 80V (VOC), and 7A (ISC)
can be used with SunMizer (see product specification
sheet). SunMizer is compatible with most 208V and 240V
residential size inverters.
Built to Last
SunMizer is designed to last the lifetime of any solar
installation and built with the finest long-life components
and materials. A weatherproof NEMA 6 (IP 67) enclosure
ensures that the unit will not be affected by dust
intrusion, water or ice. Each unit is covered by a 20 year
warranty that includes a replacement labor provision (see
product warranty for full details).
Safety Certifications
SunMizer is built in the USA by the solar products
division of Xandex Inc. using the finest long-life
components and materials. Since 1981, Xandex has designed
and manufactured products used in the exacting semiconductor
test industry. SunMizer is designed to last the lifetime of
any solar installation and tested to rigorous Military and
Telecomm quality standards that insure the highest level of
quality, performance and long life.
A weather-proof NEMA 6 (IP67) enclosure ensures that the
unit will not be affected by dust intrusion, water or ice.
Each unit is covered by a 20 year warranty with replacement
labor provision. SunMizer is certified to the UL 1741
safety standard and the European CE and GS standards. All
SunMizer components are RoHS compliant (lead, mercury and
cadmium free).
Data Sheet
Spec Sheet
|
Model |
Maximum
module watts |
Module voltage
max Voc |
Module amps
max Isc |
String voltage
maximum Voc |
PART NUMBER |
LIST PRICE |
OUR PRICE |
PURCHASE |
|
SunMizer |
250 |
48 V |
9 A |
600 VDC |
030-09105 |
$312 |
$297 |
|
|
Specifications
Specifications subject to change
|
Features |
Dimensions (W x L x H) :
|
6" x 4" x 1.6" (15 x 10 x 4 cm) |
Weight:
|
<2 Kg |
Connectors:
|
MC3 or MC4 compatible |
Cooling:
|
Natural Convection |
Night Time Power Consumption:
|
None |
Efficiency (@ 200W nominal power) :
|
>98% |
Warranty:
|
20 years |
|
Environmental Characteristics |
| |
ALL MODELS |
Operating Temperature Range:
|
-25°C to +65°C |
Operating Humidity:
|
0 – 99% RH |
Enclosure:
|
NEMA 6 (IP67) |
|
PV Module
Electrical Requirements* (Maximum Input) |
| |
48-9-M3 / M4 |
80-7-M3 / M4 |
Power (Mpp):
|
250W Max. |
350W Max. |
Voltage (Voc):
|
48V DC Max. |
80V DC Max. |
Current (Isc):
|
9A DC Max. |
7A DC Max. |
|
String /
Inverter Electrical Requirements |
| |
48-9-M3 / M4 |
80-7-M3 / M4 |
Maximum String Current:
|
9A DC |
7A DC |
| |
ALL MODELS |
Maximum String Voltage:
|
600 VDC (US) 1,000 VDC (EU) |
Maximum Load Capacitance:
|
1,000 MicroFarads |
|
Environmental, Emissions and Safety Compliance |
Environmental:
|
RoHS (2002/95/EC) and WEEE
(2002/96/EEC) |
Emissions:
|
FCC Part 15 Class B (US) EN
61000-6-1 and 61000-6-3 (EU) |
Safety:
|
UL 1741 (US) IEC 61010-1 and EN
61558-1 (EU) |
|
|
|
TOP
|
The Tigo Energy Maximizer Solution delivers up to 20%
additional energy harvest through its dynamic module
balancing technology which corrects for power mismatch
caused by soiling, module aging, temperature, clouds,
orientation, and shade. The Tigo Energy Module Maximizer is
a DC-side solution that can be paired with any of the most
popular inverters in the industry, offering a complimentary
solution that enhances the performance of the system and
improves overall energy production. UL and CSA Listed to UL
1741. Optimize the energy harvest of your PV
system using the TIGO Energy Maximizer to:
- Accelerate system payback
- Maximize the power output of individual modules
- Reconsider previously unfavorable projects rejected
because of shade or orientation
- Maintain best-in-class conversion efficiency
- Manage the system with module-level data to minimize
operational costs and keep the system at peak
performance throughout its lifetime
- Simplify the balance-of-system design, especially
for high Voc or thin-film modules
Tigo Energy
Module Maximizer-ES (MM-ES)
The Tigo Energy Maximizer technology corrects for
performance mismatch issues, which drag down the energy
output of arrays. Each Tigo Energy Module Maximizer
communicates with the Tigo Energy Management Unit (MU),
which sets the Maximum Power Point (MPP) of each module
through a patented method of impedance matching (rather than
DC to DC power conversion). In the Tigo Energy Serial
Solution (MM-ES) modules are connected in series as in a
normal array (1 Module Maximizer per module). The MM-ES
solution provides an industry-leading 99.4% average
conversion efficiency, the smallest electronics footprint of
its kind, and a polycarbonate enclosure, which eliminates
the need for extra grounding. The MM-ES enhances the
performance of shaded and unshaded arrays and is usually the
best solution for standard modules with Voc below 90 volts.
UL and CSA Listed
to UL 1741.
Data Sheet
Tigo
Energy Module Maximizer-EP (MM-EP)
 For
residential, commercial and utility scale photovoltaic solar
arrays, the TIGO Energy® Maximizer™ system optimizes
power output of each module (solar panel); delivers
module-level data for operational management and performance
monitoring; provides the ability to deactivate the high
voltage DC bus for safer installation maintenance or fire
fighting. TIGO Energy™ Module Maximizers are key components
of the system which reside at each module (one per solar
module). The Module Maximizer provides data acquisition,
communication to the TIGO Energy® Maximizer™ Management
Unit, energy harvesting control, and galvanic isolation.
The very small electronics footprint has been designed to
minimize cost and maximize reliability.
The TIGO Energy output optimization starts with
dynamic module balancing – a Module Maximizer (patent
pending) attached to each module manages the energy harvest
and sends information to the Maximizer Management Unit for
reporting and control. The Parallel Module Maximizer
(MM-EP) is available with or without module level isolation
and is connected in either a series or parallel topology.
MM-EP maintains best-in-class system conversion
efficiencies. The fixed voltage bus also allows the system
to work at the optimal voltage range of the inverter,
eliminating the need for DC pre-conditioning stage while
increasing the inverter’s AC conversion efficiency.
Data Sheet
|
Active System Management
The Tigo Energy management software provides
greater control over performance with module-level
granularity, alerts, maintenance reports, and many other
applications. By understanding the performance levels of
each system component, maintenance can be quickly and
effectively performed. On-demand maintenance reports
help crews directly target problem areas which greatly
reduces time in the field and O&M costs. They can arrive
at the site with the correct replacement components and
tools to get the job done quickly. The Tigo Energy
PV-Safe feature allows system owners to disconnect the
module from the bus at the Maximizer. This application
can be activated with a safety button located on the
Management Unit or via a remote command console. This
allows for system installation, maintenance, and
emergency work to be done without endangering personnel
with high DC voltage. Each TIGO Energy Maximizer
system (patent pending) includes one MMU per
project, with the option of a second
unit for system redundancy. The MMU has a
manual user interface and LCD disply housed
in a NEMA-3 enclosure for onsite
programming. The MMU mounts near the
inverter and communicates with each PV
module in the system, provides management
and controls functions for the module
Maximizers, and serves as a gateway to the
Data Center. The Maximizer Management Unit
is pre-configured with CAT-5 Ethernet access
and can ship with optional wi-fi or cellular
communication modules. The MMU can be used
as a qualifying inverter and overall system
performance monitoring interface for legacy
installations.
Secure remote access to the MMU via
the TIGO Energy™ MaxiManager software
applications is available through any
internet-enabled computer, with views
available for system owners, installers,
power plant operators and emergency service
personnel. Simple, easy-to-understand
graphics allow for quick analysis of the
real-time output and historical performance
of each system, and the ability to view and
remedy system faults, error codes or alerts.
Data Sheet
MaxiManager Software
 The
TIGO Energy™ Maximizer System accelerates
PV project payback and lowers the cost
of generating solar energy. The system
increases power harvest by implementing
localized MPPT at each module (solar panel),
monitors module level for additional
operational efficiencies, and greatly
improves system safety. As a key component
of the system, the TIGO Energy MaxiManager
software manages the entire PV array so that
if problems occur, they can be addressed
immediately. System analytics track
performance relative to expectations and
proactively suggests maintenance actions to
keep the system operating at maximum
production and uptime. |
Specifications*
*Specifications
subject to change.
|
Electrical Specification |
|
|
Single MMU
supports 1 to 1000 Module Maximizers |
|
Communication (MMU to Data Center) |
|
Ethernet |
NA |
|
Wireless |
802.11b/a/g; WEP and WPA security |
|
Cellular Modem |
NA |
|
Mechanical Specifications |
|
Dimensions (L x W x H) |
245 x 150 x 80 mm |
|
Weight |
1000 gm |
|
Operating Temperature |
|
|
-30°C to +70°C |
|
Regulatory Compliance |
|
North America |
EMI/EMC FCC Part
15 Class B, UL 1741 |
|
Canada |
ICES-003 Class B |
|
Improved Opex through
MaxiManager Software Applications
TIGO Energy MaxiManager software gives
the system owner
unprecedented access to the module level for performance
monitoring and analytics. User-configurable interfaces
enable views of power output and energy usage in near
real time, allowing the user to more efficiently
allocate their energy usage and production, either
through load-shifting or energy conservation. The
MaxiManager software creates customized reports for
historical data to enable the system owner to see trends
in energy generation during different times of the year
and varying weather conditions. The MaxiManager
applications can be accessed through a secure site via
any web-enabled computer, so even when the system owner
is not in the building they can instantly view their
system status. The software control algorithms ensure
that the system runs at maximum uptime while alerting
the operator to any specific events that may lead to
maintenance actions. Prior to each scheduled
maintenance visit, the project owner will receive a
specific report so that actions are targeted and
unnecessary cleaning or testing is avoided.
Data Sheet
|
Model |
Maximizer type |
Module
voltage |
Input
amps (max) |
Module
connector |
Module
watts (max) |
PART NUMBER |
LIST PRICE |
OUR PRICE |
PURCHASE |
|
MM-EP026V200W375V-3WL |
EP (parallel) |
26-35 |
8 |
MC3 |
200 |
030-09206 |
$79 |
$74 |
|
|
MM-EP035V200W375V-4WL |
EP (parallel) |
31-46 |
5.7 |
MC4 |
200 |
030-09219 |
$79 |
$74 |
|
|
MM-EP045V200W375V-4WL |
EP (parallel) |
39-54 |
4.4 |
MC4 |
200 |
030-09231 |
$79 |
$74 |
|
|
MM-EP060V200W375V-4WL |
EP (parallel) |
53-78 |
3.3 |
MC4 |
200 |
030-09243 |
$79 |
$74 |
|
|
MM-ES060V300W-3WL |
ES (series) |
18-60 |
12 |
MC3 |
300 |
030-09254 |
$56 |
$54 |
|
|
MM-ES060V300W-4WL |
ES (series) |
18-60 |
12 |
MC4 |
300 |
030-09255 |
$56 |
$54 |
|
|
MM-ES060V300W-5WL |
ES (series) |
18-60 |
12 |
Tyco |
300 |
030-09256 |
$56 |
$54 |
|
|
MM-ES090V300W-3WL |
ES (series) |
50-90 |
6 |
MC3 |
300 |
030-09266 |
$56 |
$54 |
|
|
MM-ES090V300W-4WL |
ES (series) |
50-90 |
6 |
MC4 |
300 |
030-09267 |
$56 |
$54 |
|
|
MU-EPW |
Management Unit
for parallel Maximizers come with gateway,
cable, and three months of access |
030-09273 |
$625 |
$586 |
|
|
MU-ESW |
Management Unit
for series Maximizers come with gateway, cable,
and three months of access |
030-09277 |
$625 |
$586 |
|
|
MP60 |
5-year monitoring
service for systems under 10kW DC |
030-09285 |
$350 |
$317 |
|
|
MP61 |
Annual monitoring
service for systems above 10kW DC |
030-09287 |
$7/kW |
$7/kW |
|
|
|
|
eIQ Energy
eIQ Energy designs and manufactures power electronics that make
solar PV systems work at their most efficient. A venture backed Silicon
Valley startup, eIQ Energy believes in making clean energy more effective
and affordable by improving the electrical balance of systems to improve
energy harvest and reduce installation cost. eIQ Energy’s team draws from
years of experience in power supply design, semiconductors, and energy
management.
Products
eIQ Energy’s innovative, patent pending, power management technology
makes solar energy more dependable and affordable. Their Parallux
solution enables solar arrays to harvest more energy, and has advantages
throughout the entire deployment: from design to installation and daily
operation.
The heart of the Parallux system is the vBoost converter module,
which steps up the voltage output of a solar panel and creates a parallel
connection to a constant-voltage bus. vBoost is available in 250-watt and
350-watt capacities, each of which is equipped with integrated cabling and
connectors. They are compatible with a wide range of inverters, and their
predictable, constant voltage enables the inverter to run at optimal
efficiency.
The Parallux Communication Module collects data from all vBoost
modules in an array and relays it through an Internet connection for
reporting and analysis using eIQ Energy’s Web-based Monitoring System
software.
eIQ Energy’s Parallel Solar approach gives array designers
unprecedented flexibility, while also enabling faster installation and
immediate improvements in energy harvest and array operation versus
traditional series-string arrays.
|
250-Watt DC-to-DC Converter Module
eIQ Energy’s innovative, patent pending, power management technology makes
solar energy more dependable and affordable.
 Their Parallux
solution enables solar arrays to harvest more energy, and has advantages
throughout the entire deployment: from design to installation and daily
operation.
The heart of the Parallux system is the vBoost converter module,
which steps up the voltage output of a solar panel and creates a parallel
connection to a constant-voltage bus.
eIQ Energy’s Parallel Solar approach gives array designers
unprecedented flexibility and faster installation. Their distributed power
point tracking provides immediate improvements in energy harvest and array
operation.
Designed for use with lower-voltage panels (20 to 50 volts), the
vBoost 250 mounts directly on the PV panel rail, connecting to the PV module
with an MC3 or MC4 connector. Power and data are carried on a single wire
pair.
Features
- Parallel architecture with constant voltage output over entire input
power curve
- Direct connection to solar panel MC connector; no additional panel
wiring needed
- Complete cable assembly with #10 UL rated PV wire for vBoost unit
interconnection and #12 UL wire for connection to PV modules
- Full communications over power line to central module. Collected
data includes:
- Voltage input (from panel)
- Current input (from panel)
- Power input (from panel)
- Voltage output (from vBoost)
- Current output (from vBoost)
- Power output (from vBoost)
|
350-Watt DC-to-DC Converter Module
eIQ Energy’s innovative, patent pending,
power management technology makes
solar energy more dependable and affordable. Their Parallux
solution enables solar arrays to harvest more energy, and has
advantages throughout the entire deployment: from design to
installation and daily operation.
The heart of the Parallux system is the vBoost converter
module, which steps up the voltage output of a solar panel
and creates a parallel connection to a constant-voltage bus.
eIQ Energy’s Parallel Solar approach gives array designers
unprecedented flexibility and faster installation. Their
distributed power point tracking provides immediate improvements
in energy harvest and array operation.
The vBoost 350 accommodates panels outputting 30 to 100
volts, including thin-film panels. It mounts directly on the
panel rail, connecting to the PV module with an MC3 or MC4
connector. Power and data are carried on a single wire pair.
Features
- Parallel architecture with constant voltage output over
entire input power curve
- Direct connection to solar panel MC connector; no
additional panel wiring needed
- Complete cable assembly with #10 UL rated PV wire for
vBoost unit interconnection and #12 UL wire for connection
to PV modules
- Full communications over power line to central module.
Collected data includes:
- Voltage input (from panel)
- Current input (from panel)
- Power input (from panel)
- Voltage output (from vBoost)
- Current output (from vBoost)
- Power output (from vBoost)
- Ambient temperature
- Unit status
- Auto shut-off when unit is disconnected from inverter/Comm
Module
- Watertight NEMA 4 enclosure
- Flexible mount points for connection to any racking
system
- High-availability fault tolerant design
Why Parallel Solar
|
Model |
Maximum
module watts |
Module voltage
max Voc |
Module amps
max Isc |
String voltage
maximum Voc |
PART NUMBER |
LIST PRICE |
OUR PRICE |
PURCHASE |
|
Parallux vBoost 250 |
250 |
50 V |
9 A |
600 VDC |
030-09905DC |
|
|
|
|
Parallux vBoost 350 |
350 |
100 V |
10 A |
600 VDC |
030-09906DC |
|
|
|
|
Electrical Specifications
Specifications subject to change without notice.
| Model |
vBoost350 |
| Input |
| Maximum Input
Power: |
350W |
| Maximum Input
Voltage: |
100V |
| Minimum Input
Voltage: |
30V |
| Maximum Input
Current: |
10A |
| Output |
| Maximum Output
Power: |
350W |
| Output Voltage
Range: |
250-350V (set by
inverter) |
| Maximum Output
Current: |
1.25A (internal
current limit; 1.5A fuse) |
| Conversion
Efficiency (peak): |
97-98% |
| Mechanical |
| Dimensions: |
8" x 3" x 2" (20.3 x 7.6
x 5.1 mm) |
| Weight:
|
2.5 lbs |
| Other |
| Operating
Temperature Range: |
-40°C to 65°C |
| Enclosure:
|
NEMA 4 sealed metal case |
| Maximum Units in
Series: |
9,300 watts at 310 VDC output voltage |
| Compliance: |
UL1741 / IEEE1547; CSA107.1, CE, FCC
P15 |
| EMI Input/Output
Filters: |
FCC Class D |
|
|
vBoost Data Acquisition Communications Unit
The Parallux Communications Module provides you with access to
the operational data from the vBoost
units. It is installed on the DC powerline between the solar PV
array and the inverter, and reports data directly to the web, with
no onsite configuration required. The data is made available to you
through a set of web-based interfaces or as a direct download for
your own monitoring programs.
Features
- vBoost operational telemetry includes power, voltage,
current, and temperature readings
- Reporting interval from 1 to 15 minutes depending on
installation
- No incremental transmission hardware or wiring required
- Centralized data repository and web-based access
- Customizable central connection (broadband, wi-fi, or
satellite data feed)
- Easy to install:
- Transmission functionality is embedded in the vBoost
box; no added hardware
- Communication with vBoost over power line; no additional
wiring
- Simple-to-install, central communication module
organizes and transmits data
- Centralized web repository; no onsite configuration
require
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Model |
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LIST PRICE |
OUR PRICE |
PURCHASE |
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Parallux
Communication Module |
030-09907DC |
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