Series 70 ePODs: Type-X

Transcription

Technical Specifications
2
Transformer with SafePanel Distribution
Basic Purpose asic Purpose
The Series 70 ePODs: Type-X is a Power Distribution Unit for critical industries. It features an NFPA 70E friendly design, open layout,
and the IP-20 rated Finger-Safe SafePanel, to help protect operators and ensure safe operation. With an emphasis on reliability,
safety, connectivity, and power quality monitoring, the Series 70 ePODs: Type-X provides high-reliability power.
The Series 70 ePODs: Type-X is designed to be easy to work with,
featuring a large interior to minimize risk during installation, ideal
for growing or constantly changing environments.
Designed for operations with the critical reliability requirements,
the Series 70 ePODs: Type-X provides power distribution for
a variety of installations, from 150 – 300kVA to 500kVA. The
monitoring functionality of the Type-X offers revenue-grade
metering, and is compatible with most system management
software packages.
The LayerZero ePODs: Type-X contains advanced technology that
is exclusive to LayerZero Power Systems, such as InSight Portholes
for safe IR thermal scanning, black box forensics, and machined
hardware for the highest reliability.
© 2013 LayerZero Power Systems, Inc. Series 70 ePODs: Type-X Technical Specifications
3
Distribution with Built-In Power Quality Monitoring
Main Circuit Breaker Section:
MCB optional
Mounting: Fixed, Plug-In
Type:
Molded Case Switch
65kA, 100kA
Electronic Trip
65kAIC, 100kAIC
Accessories:
CB Shunt-trip
120VAC, 24VDC
CB Position Indication:
Open, Tripped, Closed
Distribution Section:
Sub-feed distribution
400A SafePanel™
1200A SafePanel™
Monitoring Section:
Color-Touch Screen Interface
Reliability
• Insulated, epoxy coated buswork
• Silver plated terminals
• Maintenance-free joints
• Machined cap screws & disc springs
• Screw thread inserts to retain torque
• Fanless operation
• Optical fiber based controls
Transformer Section:
Energy Efficient
Transformer Optional
Safety
Information Centricity
• InSight™ IR portholes
• SafePanel™ Distribution
• Sectionalized Components
• Dead-front hinged doors
• NFPA 70E friendly
• Waveform capture
• “Black box” forensic diagnostics
• Touch screen interface
Connectivity
• Ethernet
• Modbus/TCP
• NTP time clock synchronization
• Bluetooth
© 2013 LayerZero Power Systems, Inc. Agency Certification
The Series 70 ePODs:
Type-X is ETL and cETL
listed to UL 60950
Series 70 ePODs: Type-X Technical Specifications
4
Designed To Provide Maximum Power Reliability
Maximizing Reliability Where Power Systems Require 100% Uptime
The Series 70 ePODs: Type-X is a PDU that is designed to maximize system availability, providing a high-reliability power distribution
foundation for operations that require uninterrupted electrical power. The Type-X brings distribution closer to the load, making
installations easier, simplifying cabling organization, and ensuring that IT systems have clean, reliable power so that mission-critical
systems are continuously available.
The SafePanel™ Opening Will Not Allow
Ingress Of 1/2” (12.5mm) Diameter Probe.
InSight™ IR Portholes Permit Safe
IR Thermal Scanning
SafePanel™ Distribution Provides Room
For Expansion With Zero Downtime
© 2013 LayerZero Power Systems, Inc. The Type-X Features Optional Energy
Efficient Transformers
5
Product Photos
6
All LayerZero Products Are Available with a White or Black Textured Finish
Reliability
7
Type-X is a High-Reliability Power Quality Solution
“Black box” forensic diagnostics
The black box capabilities of LayerZero equipment are extremely useful for analyzing root cause
analysis, enabling operators to pinpoint exactly where a fault occurred. “Black box” forensics provide
successive event information with ten microsecond resolution, supplies a brief snapshot of the event
with a lead-in for further inquiry, and furnishes a real-time status indicator of all machine parameters
at the time of the event.
The technology in our “black box” event history is one of the most useful recording schemes in the
mission critical power machine industry.
Epoxy coated buswork
Silver plated terminals
Our usage of epoxy coated buswork
helps ensure safety, protecting
operators from being exposed to live
parts.
LayerZero utilizes silver plating
on all of its machine components
to be able to provide the highest
performance. Silver has high
conductivity and low resistance which makes for a great contact.
Machined cap screws &
disc springs
Our systems utilize machined cap
screws and engineered disc springs
with a flat pressure vs deflection
profile to ensure that all bolted
connections maintain constant
torque through the life of the
product.
Brazed invisible joints
Electrical copper bus joints
that cannot be accessed by the
operator for thermal scanning
and maintenance are brazed. This
creates a maintenance-free joint.
LayerZero systems are durable,
sturdy, and built to last.
© 2013 LayerZero Power Systems, Inc. SafePanel™ Distribution
Guaranteed to be selectivetrip coordinated with the main
breakers, the SafePanel™ features
fast-acting current-limiting branch
circuit breakers.
Power quality monitoring data is
captured by CTs mounted directly
in-line with each pole, providing
the ability to capture waveforms of
every circuit breaker on every panel
board 10 cycles before and after
every power event.
This information is valuable when
analyzing the power quality of
power distribution systems.
Reliability
8
Selective Trip Coordinated Power Distribution
Selective Trip Coordination
LayerZero Series 70 ePODs: Type-X Power Distribution Units are selective trip coordinated. Selective Trip Coordination ensures that
the main breaker will remain unaffected by the branch circuit breakers in the event of a downstream fault.
The Fault Current Opens the Solenoid
Magnet, Causing The Contacts To Part
Unequal Pressure on Each Side of The
Arc Causes the Plasma Wave To Rotate
Away From The Contacts
The Plasma Wave is Driven into 12
Evenly Spaced Dividers
The Plasma is Rapidly Cooled
Transient Voltage Attempts To ReStrike The Arc, But The Plasma Is Again
Pushed Into The Dividers
When Sufficiently Cool, Charged
Particles Recombine And The Fault
Current Is Stopped Quickly & Safely
Safety
9
LayerZero Products are Designed To Protect Data Center Workers
InSight IR Portholes
Strategically positioned IR-scan portholes to enable safe thermal scanning
of all bolted connections with the deadfront closed, without exposing the
operator to power circuit voltage.
The IR window swivels upward and unlocks with key-hole access to revel a
protective mesh, allowing the operator to point-and-shoot thermal cameras
to obtain accurate readings.
Sectionalized Components
Normal operator sections (breakers/switches) are physically separated from
the power electronics and control electronics sections, so that maintenance
on a section can be safely performed.
Insulated Parts
Operators are well-protected from exposed connections.
Energized parts are all insulated, covered, recessed, &/or internally mounted
for safer operation of the unit.
In addition, sections that isolate machine components are insulated.
NFPA 70E
Our Series 70 product line was developed to meet the requirements NFPA70E as easily as possible regarding operator safety, to help data centers
drastically reduce the risks of their energy distribution systems.
Safety
10
400A Circuit Breakers
SafePanel™ distribution
The Series 70 ePODs: Type-X features an IP-20, finger-safe panel board, meaning that the opening will not allow ingress of ½”
(12.5mm) diameter probe, for maximum operator safety.
An arc can form as two live conductors are separated – such as the removal of a circuit breaker from a panel board. The SafePanel
design ensures that a potential arc would be contained in the connection well so that even if a branch breaker were to be removed,
the arc would be contained in the connection well.
Insulated with the components deeply isolated, installation and removal of the breaker is safe and easy.
1”
IP-20 Rated Finger-Safe Ingress
Isolated, Non-Conducting Brass Screws
Type-X 400A Circuit Breaker Installation Process
The Protective Cover Is Removed
The Breaker Is Inserted Into The Opening
The Breaker Snaps Into The DIN Rail
The Breaker Is Secured With An Isolated,
Non Conducting Screw
Safety
11
1200A Circuit Breakers
Type-X 1200A Circuit Breaker Installation Process
The Breaker Is Inserted Into The SafePanel
The Handle Is Unlocked
Screws Help Secure The Breaker
For Maximum Safety, The SafePanel Has
Recessed Bus Work And IP-20 Finger Safe
Lattice.
IP-20 Rated Finger-Safe Ingress
Secure Electrical Connections
Connectivity
12
Open Connectivity Utilizing Open Protocols
Open protocols
LayerZero utilizes open source protocols for its communications, which allows for:
- An enhanced ability to customize software
- Flexible software development options
- Lower total cost of ownership (no per copy fees)
- Elimination of vendor lock-in
- No proprietary limitations
- Provides a stable, well developed foundation
The control path for the communications system gathers information from all aspects
of the machine, isolated by fiber optics.
Connectivity to a WAN allows for the information to be accessible from any location,
offering a variety of monitoring options.
Series 70 ePODs:
Type-X
Standard
Ethernet
Bluetooth
- Panel Setup
SNMP
Modbus/TCP
- Alarms
- Meters
- Alarms
Dry Contacts
http:// through a
standard web browser
- Summary Alarm
- Meters
- Alarms
- Waveforms
- Setup
- History/Event Log
- Diagnostics
A Flexible Approach
A variety of connectivity options provide operators with the ability to adapt LayerZero systems to fit existing networks
without the complications of working with closed, proprietary systems.
The Series 70 ePODs: Type-X is designed to make it easy to transfer and exchange power usage data, which is very useful
towards making smart corporate decisions and policies.
Monitoring
13
Waveform Capture For Every Pole of Every Breaker
User Interface
The circuit monitor used in the ePODs: Type-X is well suited for power monitoring functionality, offering an easy to use interface
where real-time information about the units can be accessed. This helps data centers accurately measure efficiency, helping to drive
down energy usage. In addition, the user interface integrates with existing system management software, and is designed to be
worked with remotely. Information such as alarms, current power usage, and set points can be accessed from the front of the unit
or in most cases, remotely. This enables data centers to make the most of their operations by being able to respond to incidents
immediately.
Waveform Capture
The Series 70 ePODs: Type-X provides real-time waveform capture functionality, enabling operators the ability to obtain a fingerprint
of the power quality at any given moment.
Rev: 3/7/13
© 2013 LayerZero Power Systems, Inc. A
B
C
D
8
7
6
6
Flloor Stand
(See Note 9)
5
5
4
Panel Board /
Sub-Feed
Distribution
Cabinet
4
3
3
A
B
N/A
N/A
REVISIONS
ADD FLOOR STAND, REVISE SHT1, ADD SHT5
NEW RELEASE
DESCRIPTION
2
08/10/2012
06/29/2012
DATE
1
APPROVED
STEVE JANKO
STEVE JANKO
SPJ
AJP
SPJ
DWN
CHK
APVD
ANGULAR ± .1/2
TOLERANCES:
.XX ± .03
.XXX ± .010
DATE
DATE
DATE
06/29/12
06/29/12
06/29/12
FIRST ANGLE PROJ.
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES
DO NOT SCALE DRAWING
D
SIZE
SCALE
2
1=4
FSCM NO.
1
SHEET
90-62-10320-1
94-M4S-10320-1SHT1REVB
DWG NO.
1 OF 5
B
REV
OUTLINE, MOUNTING, INSTALLATION DIAGRAM
400AF Single Source Input/
225KVA Transformer with QTY6 42Ckt Panelboard Distribution /
Qty2 Sub-Feed Circuit Breakers / Type X ePODs
Copyright © 2003, LayerZero Power Systems, Inc.
9. An optional floor stand is provided. See Sheet 5 for floor stand
detail. Sheets 2 through 4 will omit views of the floor stand.
8. WARNING: A MINIMUM OF 4.0 INCHES IS REQUIRED BETWEEN THE BACK OF
THE SYSTEM AND ANY OBSTRUCTION OR WALL TO PERMIT THE PROPER
COOLING OF THE TRANSFORMER.
7. See One Line Electrical Diagram for interconnection between
cabinets.
6. See Sht 2 for Cable Access Areas and recommended wire size
(Table 1)
5. Fork Lift provision from the side or front of the assembly is
available as shown.
4. For the Sub-Feed Cabinets with Panel Boards and Sub-Feed Circuit
Breaker the interconnection to the Transformer Cabinet is factory
provided as it will ship as a single unit.
3. Sheets 2 through 4 will show the assembly in various forms with the
floor stand assembly not shown in any views.
2. QTY 4 1/2-13UNC-2B threaded holes are provided in the top of the
Type X cabinet for eyebolts when lifting from the top is desired in
transport or removal.
1. Front access only required for operation and servicing of Type X
Controls, Transformer and Transformer Mains. Top or Bottom Access
is available. When top access is required for main input feed use
adjacent access plate of split plate at top to route in cables.
Right and left access only for operation and servicing of Panel Board
Circuit Breakers.
Notes:
REV
ECN
SAMPLE DRAWINGS: NOT FOR PRODUCTION
Type X Transformer / Control Cabinet
with Panel Board Circuit Breakers
Panel Board
Distribution
Cabinet
7
Specifications are subject to change without notice.
8
A
B
C
D
Drawings
14
B
C
D
8
VIEWPORT
PANELBOARD
CIRCUIT BREAKER
7
7
1.4
6
6.00
44
INLET
AIR
6
7
34.00
62
42.56
44.6
72
GUI
5
INLET
AIR
19
7
14
2.819
4
3
20.9
20.9
FORKLIFT
PROVISION
8
SUB-FEED
CIRCUIT BREAKER
ACCESS PLATE
(MIRROR TO TOP)
INPUT FEED ACCESS PLATES
(MIRROR TO TOP)
LEVELING FEET
6PL
65
EXHAUST VIEWPORT
AIR
PANELBOARD
CIRCUIT BREAKER
4
PANEL BOARD ACCESS PLATES
(MIRROR TO TOP)
15
TRANSFORMER
SUCTION INLET
360 SQ IN TOTAL
(FRONT/BACK)
5
3
3
A
N/A
12
48
SPJ
AJP
SPJ
DWN
CHK
APVD
ANGULAR ± .1/2
TOLERANCES:
.XX ± .03
.XXX ± .010
REVISIONS
TABLE 1
SEE BREAKER
RATING
PANELBOARD
OUTPUT /
SUB-FEED
CIRCIUT BREAKER
#16GA
250MCM
GND BUS
CONTROL WIRE
(2) 250MCM
CABLE SIZE AND LUGS
INPUT/
OUTPUT
TYPE X INPUT
DESCRIPTION
VIEWPORT
SUB-FEED
CIRCUIT BREAKER
NEW RELEASE
DESCRIPTION
2
DATE
DATE
06/29/12
06/29/12
06/29/12
FIRST ANGLE PROJ.
DATE
D
SCALE
SIZE
APPROVED
STEVE JANKO
GND/NEU COMMON
BREAKER &
ON INDIVIDUAL CIRCUIT
MECHANICAL LUG
BUS LANDING
ON 1-3/4 CENTER
NEMA 2-HOLE (1/2"DIA)
BUS LANDING
ON 1-3/4 CENTER
NEMA 2-HOLE (1/2"DIA)
COMPRESSION LUG
(75 DEG C WIRE MIN)
WEIGHT: 4400#
(MAX)
CLEARANCES:
FRONT: 42IN
REAR: 4IN
LEFT: 42IN
RIGHT: 42IN
TOP: 18IN
06/29/2012
DATE
1
2
1=4
FSCM NO.
1
SHEET
90-62-10320-1
94-MS-10320-1SHT2
DWG NO.
2 OF 5
A
REV
10
10
REV
ECN
90
EXHAUST
AIR
6
8
A
B
C
D
Drawings
15
B
C
D
8
7
6
5
MAIN INPUT
BUS LANDING
5
SUB-FEED
CIRCUIT BREAKER
BANK FOR
PANEL BOARDS
(CB1 - CB6)
4
42 CKT
PANELBOARD
CB8
CB7
PANEL BOARD /
SUB-FEED
DISTRIBUTION CABINET
(PB5- PB6)
(CB7, CB8)
TRANSFORMER
EXHAUST AREA
360 SQ IN
4
3
3
A
N/A
SPJ
AJP
SPJ
DWN
CHK
APVD
ANGULAR ± .1/2
TOLERANCES:
.XX ± .03
.XXX ± .010
REVISIONS
NEW RELEASE
DESCRIPTION
2
DATE
DATE
06/29/12
06/29/12
06/29/12
FIRST ANGLE PROJ.
DATE
D
SCALE
SIZE
06/29/2012
DATE
1
APPROVED
STEVE JANKO
2
1=4
FSCM NO.
1
SHEET
90-62-10320-1
94-MS-10320-1SHT3
DWG NO.
3 OF 5
A
REV
REV
ECN
6
TRANSFORMER TAPS
PANEL BOARD
DISTRIBUTION CABINET
(PB1- PB4)
T620
REMOVABLE SUPPORT
FOR XFMR SERVICING
CONTROLS
SECTION
CB601 MAINS
INPUT CB
7
8
A
B
C
D
Drawings
16
17
Drawings
D
C
B
A
8
8
NEU
GND
NEU
GND
13
10
LEFT SIDE VIEW
NEU
GND
NEU
GND
13
7
12
7
6
INPUT
PHASE
LANDING
(TOP)
INPUT
PHASE
LANDING
GND
6
INPUT
GND
PANEL BOARD
AREA
PANEL BOARD
CIRCUIT AREA
(PB1, PB3)
78
2.00 TYP
41
26
PANEL BOARD
CIRCUIT AREA
(PB2, PB4)
6
13
10
13
6
B
C
SOURCE 1
PHASE
A
6
6
5
TOP VIEW
SUB-FEED
CL
52
FRONT VIEW
PANEL BOARD CL
5
6
4
11
29
13
SUB-FEED
EDGE
PANEL BOARD
AREA
27
41
PANEL BOARD
CIRCUIT AREA
(PB5)
PANEL BOARD
CIRCUIT AREA
(PB6)
4
4
NEU
GND
NEU
GND
3
N/A
ECN
A
REV
41
TOLERANCES:
29
12
DWN
SPJ
AJP
SPJ
DATE
DATE
DATE
06/29/12
06/29/12
06/29/12
D
2
REVISIONS
DESCRIPTION
NEW RELEASE
4 (GND/NEU)
GND
CB1 - CB6
CIRCUIT
BREAKER
CONTROL FOR
PB1-PB6
NEU
1.831 TYP
SUB-FEED
GND / NEU
AREA
CB7/CB8
2
1=4
FSCM NO.
17.000
31
STEVE JANKO
APPROVED
1
DATE
71
06/29/2012
17.0
59 60
1
SHEET
90-62-10320-1
94-MS-10320-1SHT4
DWG NO.
4 OF 5
A
REV
SCALE
SIZE
CHK
.XX ± .03
.XXX ± .010
ANGULAR ± .1/2
APVD
FIRST ANGLE PROJ.
RIGHT SIDE VIEW
3
D
C
B
A
© 2013 LayerZero Power Systems, Inc. © 2013 LayerZero Power Systems, Inc. 8
6
49.646
7
6
1.000
1.428
1.323
REMOVABLE
ACCESS PLATE
9.500
4.500
4.750
5
5
45.000
47.00
4
4
1.000
12.000
1.323
+1.000
-0.750
NOMINAL
3
3
A
N/A
SPJ
AJP
SPJ
DWN
CHK
APVD
ANGULAR ± .1/2
TOLERANCES:
.XX ± .03
.XXX ± .010
REVISIONS
DESCRIPTION
2
DATE
DATE
06/29/12
06/29/12
06/29/12
FIRST ANGLE PROJ.
DATE
D
SCALE
SIZE
08/10/2012
DATE
1
APPROVED
STEVE JANKO
2
1=4
FSCM NO.
1
SHEET
90-62-10320-1
94-MS-10320-1SHT5
DWG NO.
5 OF 5
A
REV
NEW RELEASE SHT5 ADDING FLOOR STAND DETAIL
REV
ECN
44.500
37.000
46.500
PART NUMBER 42-21-401307-42
FLOOR STAND
(12in. NOMINAL HEIGHT)
7
A
B
C
D
8
A
B
C
D
Drawings
18

Series 70 ePODs: Type-X

Transcription

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