Zonit Z-PDS Series Bedienungsanleitung
Version 2.3 - October 2019
Zonit Power Distribution System
Z-PDS™
User Guide
Version 2.3 - October 2019
Table of Contents
1
Overview 2
Cautions and Warnings 3
Specifications 4
Common Z-PDS Models 5
Installation 6
Pre-Installation Considerations 6
Shipped Items List 6
Mounting 7
Z-PDS Mounting 7
Electrical Connection & Power-Up 8
Option 1: Connect via supplied plugs 8
Option 2: Connect via hard-wire module 9
Electrical Connection of Output Loads 10
Operation 10
Output Circuit Configurations 11
Line to Neutral Voltage 11
Line to Line Voltage 11
Three Phase Wye 11
Three Phase Delta 11
Controls 12
Maintenance 13
Troubleshooting 13
Warranty 14
Waste Electrical & Electronic Equipment (WEEE) 16
2
Overview
The Zonit Power Distribution System (Z-PDS™) is an extremely
versatile and reliable power delivery solution for data centers and
tele-communication closets with many innovative patented and
patent pending features. It delivers 208V or 480V three phase A-B
redundant power directly at the rack and outputs a wide variety of
power configurations. Depending on the power density needed in
each rack a single Z-PDS can feed multiple plug strips or power IT
equipment such as blade servers. A typical deployment uses a Z-PDS
to provide A+B redundant power to multiple racks.
The Z-PDS has patented phase load balancing technology which
statistically distributes power loads evenly across all phases to
eliminate manual balancing of the per phase power loads on UPS
units and generators. It also has individual circuit breaker
protection for each hot phase of each output to minimize the
impact of any fault. While plug strips are typically attached to the
outputs of the Z-PDS it is possible to connect either plug strips or IT
equipment directly. All output connections are made via standard
plugs and receptacles so no electricians are needed to make
changes. A wide variety of standard and custom plug adapters for
the Z-PDS system are available from Zonit.
The Z-PDS system is the logical evolution of power distribution in
the data center. By moving three phase power to the rack and
tapping it via inexpensive plug adapters, the same result as running
a new whip from a three phase power panel or putting a new tap
box in an overhead busway can be achieved, easier, quicker and
cheaper.
3
Cautions and Warnings
Please read the instructions thoroughly as damage can occur to
people or equipment if the product is not handled correctly during
installation, operation, servicing, maintenance, and
decommissioning. The symbols below are used to highlight danger
indications, warnings or notices.
DANGER
DANGER indicates an imminently hazardous situation
which, if not avoided, will result in death or serious injury.
CAUTION
CAUTION indicates a potentially hazardous situation which,
if not avoided, can result in minor or moderate injury.
NOTICE
NOTICE indicates no immediate physical injury but can
include hazards, damages or loss of data
4
Specifications
ZPDS-
208V60A-
HW-6L21-20
ZPDS-
208V60A-
HW-4L21-30
ZPDS-
480V60A-
HW-4L22-30
ZPDS-
480V60A-HW-
6L22-20
ZPDS-208V30A-
L21-4L21-20
ZPDS-208V30A-
L21-4L21-20-CR
Electrical
Rated Input
Voltage
[3ø Wye]
208V
208V
480V
480V
208V
208V
Input Rated
Max. Amp
[Amp]
60
60
60
60
30
30
Rated Input
Frequency
[Hz]
50-60
50-60
50-60
50-60
50-60
50-60
Full Load
[kVA]
17.2
17.2
39.9
39.9
8.64
8.64
Standard
Input Cords
4AWG-5/C-SOOW-600V-90C-UL/CSA
10AWG-5/C-SJTW-600V-105C-
UL/CSA
Input Cord
Terminations
Hardwire enclosure
Nema L21-30P
Outputs
(6) L21-20R
(4) L21-30R
(4) L22-30R
(6) L22-30R
(4) L21-20R
(4) L21-20R
(3) 5-20R Duplex
Internal
Overload
Protection
(18) Circuit
Breakers
per phase
(12) Circuit
Breakers
per phase
(12) Circuit
Breakers
per phase
(18) Circuit
Breakers
per phase
(12) Circuit
Breakers per
phase
(12) Circuit
Breakers per
phase
Physical
Dimensions
(HxWxD)
3.57” x 17.619” x 13.5” Note: width across brackets 19.17”
Weight
67 Lbs
TBD
Shipping
Dimensions
22” x 24” x 20”
Shipping
Weight
72 Lbs
TBD
Environmental
Elevation
Operating
0 to 10,000 ft.
Elevation
Storage
0 to 50,000 ft.
Operating
Temperature
-13°F to 149°F
Operating
Humidity
0 –95% Non-condensing
Approvals
Safety
as appropriate
Note: All specifications are subject to change without notice.
5
Common Z-PDS Models
Model
No.
Circuit
Breakers
Voltage
Rating
Input
Connection
Output
Receptacle
Output
Amp
Rating
ZPDS-208V30A-
L21-4L21-20
12
208V
L21-30P
L21
20
ZPDS-208V30A-
L21-4L21-20-CR
12
208V
(120V)
L21-30P
L21
(5-20 Duplex)
20
ZPDS-208V60A-
HW-6L21-20
18
208V
Hard Wire
L21
20
ZPDS-208V60A-
HW-4L21-30
12
208V
Hard Wire
L21
30
ZPDS-480V60A-
HW-6L22-20
18
480V
Hard Wire
L22
20
ZPDS-480V60A-
HW-4L22-30
12
480V
Hard Wire
L22
30
6
Installation
Pre-Installation Considerations
Prior to deployment of the Z-PDS, the following site considerations
should be reviewed to ensure the Z-PDS will function properly in its
intended application.
Shipped Items List:
1. (1) Z-PDS w/ standard attached A-B labeled input 10 ft.
power cords
2. (2) Rack Mount Brackets
3. (8) Bracket Mounting Screws
4. (2) Input Connectors As Ordered (either a. or b.)
a. (2) Plugs on the A-B 10 foot input SJTW cords.
b. (2) Hard-Wire Assembly Modules attached to the A-B
10 ft. input SOOW cords.
5. (1) User Manual
7
Mounting
CAUTION
CAUTION indicates a potentially hazardous situation which,
if not avoided, can result in minor or moderate injury.
Z-PDS Mounting
1. Remove all items from the shipping box and confirm all
pieces in the “Shipped Items List” are present and are not
damaged.
2. Inspect all the components to ensure all parts are
fastened/installed correctly (e.g. ensure all screws are
fastened securely).
3. Locate appropriate hardware needed to mount Z-PDS unit.
4. Mount the Z-PDS in its intended location, for example the
rack, via the brackets provided (see fig 1 & fig 2). Use the
appropriate mounting hardware that can safely withstand
the load of the apparatus and torque the fasteners to the
manufacturer’s recommended values.
Note: If needed, the (2)
8-32 screws on each side
may be removed and
re-installed to move the
mounting brackets to
adjust the mounting
depth of the Z-PDS unit.
8
Electrical Connection and Power-up
DANGER
DANGER indicates an imminently hazardous situation
which, if not avoided, will result in death or serious injury.
Note: This operation must be performed by a
qualified technician or electrician in accordance with
your local electrical safety code.
Installation Option 1: Connect via supplied input plugs
1. Have appropriate power whips or busway tap boxes with
receptacles that match your Z-PDS model deployed and
tested.
2. Ensure all Z-PDS breakers are all in the “off” or “0” position
during installation.
3. Consider de-energizing the power input sources for both A
and B, if possible. Follow all applicable safety regulations.
4. Connect the input power to the Z-PDS using the supplied
input cord plugs.
5. Safely energize the input power whips or busway tap boxes
for the Z-PDS A & B inputs.
6. Toggle “1 / ON” for all circuit breakers to ensure all the LEDs
are illuminated. If any malfunctions occur at this point
please reference the troubleshooting section of this guide.
Dieses Handbuch passt für folgende Modelle
6
Inhaltsverzeichnis
Andere Zonit Stromverteilungseinheit Handbücher
