Section |
Page |
HP Visualize J Class Workstations Site Preparation Guide |
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HP Visualize J Class Workstations Site Preparation Guide |
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HP Visualize J Class Workstations Site Preparation Guide |
1 |
Edition 3 |
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Manufacturing Part Number: A4978-90021 |
1 |
Printed in USA January 2000 |
1 |
Notice |
2 |
Notice |
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The information contained in this document is subject to change without notice. |
2 |
Warranty - A copy of the specific warranty terms applicable to your Hewlett-Packard product and/o... |
2 |
Hewlett-Packard makes no warranty of any kind with regard to this manual, including, but not limi... |
2 |
Restricted Rights Legend - Use, duplication, or disclosure by the U.S. Government is subject to r... |
2 |
Hewlett-Packard Company 3404 East Harmony Road Fort Collins, CO 80528-9599 |
2 |
Rights for non-DOD U.S. Government Departments and Agencies are as set forth in FAR 52.227-19 (c)... |
2 |
© Copyright 1999 Hewlett-Packard Company. All Rights Reserved. |
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© Copyright 1999 Hewlett-Packard Company. All Rights Reserved. |
2 |
Reproduction, adaptation, or translation without prior written permission is prohibited, except a... |
2 |
Printing History |
2 |
Printing History |
2 |
New editions of this manual incorporate all material updated since the previous editon. Update pa... |
2 |
The manual part number and printing date indicate its current edition. The manual part number cha... |
3 |
HP Part NumberPrinting DateEdition A4978-90020April 1999... |
3 |
1 Introduction |
7 |
1 Introduction |
7 |
How to Use This Manual |
8 |
How to Use This Manual |
8 |
This manual contains site preparation information for the HP Visualize J Class workstations. Othe... |
8 |
Proper site preparation and maintenance is vital to the reliability of any computer system. As ou... |
8 |
This manual contains the following chapters and appendices: |
8 |
• Chapter 1: Introduction (this chapter) is an introduction to Hewlett-Packard’s service organiza... |
8 |
• Chapter 1: Introduction (this chapter) is an introduction to Hewlett-Packard’s service organiza... |
8 |
• Chapter 2: Site Preparation Guidelines contains site preparation and planning information for t... |
8 |
• Chapter 3: Receiving the Workstation contains information on the receipt of the J Class worksta... |
8 |
• Appendix A: Site Preparation Kit contains planning worksheets for site preparation. |
8 |
• Appendix B: Specifications and Regulatory Requirements contains specification and regulatory re... |
8 |
Hewlett-Packard Service Organization |
9 |
Hewlett-Packard Service Organization |
9 |
Each member of the Hewlett-Packard service organization is dedicated to making sure that each cus... |
9 |
The Hewlett-Packard service organization includes the following representatives. |
9 |
Sales Representative |
9 |
Sales Representative |
9 |
The Hewlett-Packard Sales Representative is the customer’s primary point of contact. Each Sales R... |
9 |
Customer Engineer (CE) |
9 |
Customer Engineer (CE) |
9 |
The Hewlett-Packard Customer Engineer (CE) is trained and experienced in servicing computer equip... |
9 |
Applications Engineer (AE) |
9 |
Applications Engineer (AE) |
9 |
The Hewlett-Packard Applications Engineer (AE) is a technical specialist for the HP Visualize J C... |
9 |
Hewlett-Packard Site Preparation Services |
11 |
Hewlett-Packard Site Preparation Services |
11 |
The following subsections outline Hewlett-Packard’s site preparation services. |
11 |
Site Planning Visit |
11 |
Site Planning Visit |
11 |
A site planning visit is available as a purchase option at additional cost to the customer. Upon ... |
11 |
As a result of this visit, a site layout plan agreeable to you and Hewlett-Packard will be created. |
11 |
Note that all of your computer requirements and specifications are contained in this manual. |
11 |
Site Verification Visit |
11 |
Site Verification Visit |
11 |
A Hewlett-Packard CE or Site Preparation Specialist will verify that your site meets or exceeds y... |
11 |
Hewlett-Packard provides service under the conditions of the Computer Products Warranty and Insta... |
11 |
Third Party Service |
11 |
Third Party Service |
11 |
If an HP Visualize J Class workstation and/or applications software is purchased from a “third pa... |
11 |
In the situation of a third party purchase, a maintenance agreement for hardware and an Account M... |
12 |
Customer Responsibilities |
13 |
Customer Responsibilities |
13 |
The customer is responsible for planning and preparing a suitable environment for the installatio... |
13 |
If computers are new to your site, you will need to pay particular attention to the following items: |
13 |
• Local building codes |
13 |
• Local building codes |
13 |
• Local electrical codes |
13 |
• Local safety codes |
13 |
• Space and weight limitations/system accessibility |
13 |
• Environmental requirements (temperature, humidity, etc.) |
13 |
• Electrical and grounding requirements |
13 |
If your computer is to be installed in an existing computer room, you should analyze the followin... |
13 |
• Available space |
13 |
• Available space |
13 |
• Environmental requirements |
13 |
• Electrical requirements |
13 |
Local Codes |
13 |
Local Codes |
13 |
Special local codes exist in some locations which regulate the installation of computer equipment... |
13 |
Data Communications Equipment |
13 |
Data Communications Equipment |
13 |
The customer is responsible for ordering and installing all required data communications equipmen... |
13 |
• Any hardware or cables for connection or installation of data communications equipment |
14 |
• Any hardware or cables for connection or installation of data communications equipment |
14 |
• Network links |
14 |
• Telephone equipment |
14 |
• Modems (Consult with your CE for Hewlett-Packard requirements.) |
14 |
• Equipment supplied by companies other than HP |
14 |
NOTE Communications equipment at the computer site is not part of the computer and must be consid... |
14 |
NOTE Communications equipment at the computer site is not part of the computer and must be consid... |
14 |
Selection of Site Personnel |
14 |
Selection of Site Personnel |
14 |
Depending on the complexity of the computer system, the customer is responsible for selecting a S... |
14 |
Site Coordinator |
14 |
Site Coordinator |
14 |
The Site Coordinator is responsible for the following tasks: |
14 |
• Establishing and maintaining site preparation schedules |
14 |
• Establishing and maintaining site preparation schedules |
14 |
• Coordinating construction efforts |
14 |
• Being the primary liaison with Hewlett-Packard representatives |
14 |
Principal Operator |
14 |
Principal Operator |
14 |
The Principal Operator is responsible for the following tasks: |
14 |
• System operation |
14 |
• System operation |
14 |
• Monitoring site preparation |
14 |
• Ordering computer supplies |
15 |
• Scheduling user training |
15 |
• Maintaining maintenance schedules |
15 |
Site Planning Team |
15 |
Site Planning Team |
15 |
The Site Planning Team is responsible for the following tasks: |
15 |
• Determining site location and size |
15 |
• Determining site location and size |
15 |
• Reviewing construction requirements |
15 |
• Reviewing local codes |
15 |
• Reviewing insurance requirements |
15 |
• Scheduling all events related to site completion |
15 |
Members of the Site Planning Team should include the Site Coordinator, Principal Operator, Hewlet... |
15 |
2 Site Preparation Guidelines |
17 |
2 Site Preparation Guidelines |
17 |
Site Planning Time Table |
18 |
Site Planning Time Table |
18 |
The guidelines below are a summary of the Pre-Installation Worksheet in Appendix A of this manual... |
18 |
The following are four items that may require several weeks lead time: |
18 |
Due to potential delays, Hewlett-Packard recommends that the suppliers of the above services be c... |
18 |
There are four items that may require up to six weeks lead time: |
18 |
• Assigning your Principal Operator. |
18 |
• Assigning your Principal Operator. |
18 |
• When your purchase order has included the optional site planning visit, scheduling this visit w... |
18 |
• Selecting an appropriate system location and planning the physical arrangement of the system, i... |
18 |
• Ordering any consumable supplies, including any appropriate storage media (such as DDS tapes or... |
18 |
NOTE To schedule the site planning visit, three days advance notice is required. |
18 |
NOTE To schedule the site planning visit, three days advance notice is required. |
18 |
Preparing for Installation |
19 |
Preparing for Installation |
19 |
The following subsections contain information to help you properly plan for the arrival and insta... |
19 |
NOTE If you purchased any upgrades (processor, I/O cards, etc.), install the new component before... |
19 |
NOTE If you purchased any upgrades (processor, I/O cards, etc.), install the new component before... |
19 |
Computer Site Safety Considerations |
19 |
Computer Site Safety Considerations |
19 |
The two major safety considerations for any computer site are fire safety and emergency electrica... |
19 |
Fire Safety |
19 |
Fire Safety |
19 |
When considering fire safety, the customer’s insurance carrier should be consulted for suggestion... |
19 |
Emergency Electrical Power Shut-Off |
19 |
Emergency Electrical Power Shut-Off |
19 |
The computer system power panel should include a shunt-trip wired to an emergency shut-off switch... |
19 |
Floor Plan |
19 |
Floor Plan |
19 |
Hewlett-Packard recommends that a floor plan be prepared showing the overall location and arrange... |
19 |
Select a location that can accommodate the addition of more equipment as your requirements increa... |
20 |
CAUTION Hewlett-Packard strongly discourages the use of carpeting, including so- called anti-stat... |
20 |
CAUTION Hewlett-Packard strongly discourages the use of carpeting, including so- called anti-stat... |
20 |
Computer Room Construction |
20 |
Computer Room Construction |
20 |
If you are planning to construct a new computer room or modify an existing site, first consult wi... |
20 |
The computer room’s floor must be able to support the total weight of your computer system as wel... |
20 |
To estimate floor strength requirements, you should consider the following: |
20 |
• Total weight of your computer. (The minimum and maximum configuration weights of the J Class ar... |
20 |
• Total weight of your computer. (The minimum and maximum configuration weights of the J Class ar... |
20 |
• Total weight of your computer system’s peripherals. Your Hewlett-Packard Sales Representative a... |
21 |
• Total weight of furniture such as desks, chairs, tables, cabinets, etc. (Refer to your floor pl... |
21 |
• Total approximate weight of computer room personnel. |
21 |
• Weight of moving equipment (such as forklifts, transport dollies, etc.). |
21 |
Power Requirements |
21 |
Power Requirements |
21 |
The most important installation considerations for the J Class are the power requirements. Table ... |
21 |
Line Voltage |
21 |
Line Voltage |
21 |
The AC line voltage available from a wall outlet is determined by the local electrical power prov... |
21 |
Dedicated Circuits |
22 |
Dedicated Circuits |
22 |
The J Class workstation requires a dedicated circuit or individual branch circuits (separate circ... |
22 |
The current specification of each circuit breaker should be designed to allow for the system star... |
22 |
CAUTION For installations where a UPS is installed, the J Class workstation may experience a syst... |
22 |
CAUTION For installations where a UPS is installed, the J Class workstation may experience a syst... |
22 |
However, if there is a circuit breaker between the UPS and the power outlet, the circuit breaker ... |
22 |
Safety and Dedicated Grounds |
22 |
Safety and Dedicated Grounds |
22 |
The primary reason for grounding electrical systems is safety. The safety ground is required by t... |
22 |
Receptacles |
22 |
Receptacles |
22 |
When receptacles are used to connect system components to AC power, the receptacles must include ... |
22 |
When installing receptacles, ensure that each receptacle has its own neutral (if required) and gr... |
22 |
Computer equipment power cord and plug requirements also vary from country to country. Unusual po... |
23 |
Power Line Transients and Noise |
23 |
Power Line Transients and Noise |
23 |
Heavy electrical loads from nearby machinery or equipment (such as elevators or electric welders)... |
23 |
Your Hewlett-Packard CE can monitor your power line for electrical noise and transients. If found... |
23 |
Sources of Electrical Interference |
23 |
Sources of Electrical Interference |
23 |
Convenience Wall Outlets |
23 |
Convenience Wall Outlets |
23 |
Power outlets for building maintenance equipment (such as vacuum cleaners, floor buffers, etc.) m... |
23 |
Lightning |
23 |
Lightning |
23 |
In some geographical areas, it may be advisable to install lightning protection for safety of per... |
23 |
The principles of lightning protection and personnel safety are outlined in detail in the lightni... |
24 |
Vibration |
24 |
Vibration |
24 |
Continuous vibration can cause a degradation of mechanical parts. Vibration can cause data loss o... |
24 |
If you suspect that vibration may be a problem at your computer site, contact your Hewlett-Packar... |
24 |
Electromagnetic Interference |
24 |
Electromagnetic Interference |
24 |
The J Class workstation is specifically designed for reduced susceptibility to radiated and condu... |
24 |
Environmental Considerations |
24 |
Environmental Considerations |
24 |
NOTE There are different environmental requirements for each peripheral that can be used in your ... |
24 |
NOTE There are different environmental requirements for each peripheral that can be used in your ... |
24 |
Flammable Materials |
24 |
Flammable Materials |
24 |
Fundamental safeguards for computer systems should include a site well away from any sources of p... |
24 |
Airborne Contaminants |
25 |
Airborne Contaminants |
25 |
Airborne contaminants and particles of a certain size and hardness can damage your computer syste... |
25 |
The Hewlett-Packard CE can assist you in determining whether or not you need be concerned about a... |
25 |
Temperature and Humidity |
25 |
Temperature and Humidity |
25 |
The temperature and humidity specifications for the J Class workstations are contained in Appendi... |
25 |
Temperature |
25 |
Temperature |
25 |
The computer system operates most reliably if room temperature is maintained between 68 and 77 F... |
25 |
Humidity |
25 |
Humidity |
25 |
Electrostatic Discharge |
26 |
Electrostatic Discharge |
26 |
If there is an abnormally high level of static electricity at your computer system’s location (4 ... |
26 |
Other ways to minimize electrostatic discharge are by using specially grounded mats in front of t... |
26 |
Miscellaneous Requirements |
27 |
Miscellaneous Requirements |
27 |
The following subsections contain information not directly related to the computer system’s insta... |
27 |
Computer Supplies |
27 |
Computer Supplies |
27 |
Ask your Hewlett-Packard Sales Representative for a catalog of available supplies such as floppy ... |
27 |
Media Storage |
27 |
Media Storage |
27 |
You should make provisions for storing floppy diskettes and DDS tape cartridges in or near the ar... |
27 |
Extreme temperature or humidity differences between the working and storage areas can alter the s... |
27 |
If your working and storage areas cannot be kept at the same temperature and humidity, allow ampl... |
27 |
Data on magnetic media can be erased by magnetic fields. These magnetic fields are found in power... |
27 |
Protection of Valuable Records |
28 |
Protection of Valuable Records |
28 |
Safeguards should be taken to protect business records and any other information that is either v... |
28 |
A regular updating process should be put in place to ensure that the value of the stored informat... |
28 |
Telephone |
28 |
Telephone |
28 |
You should plan to install a telephone with a long cord or a cordless handset near your computer ... |
28 |
NOTE Check with your local telephone company to be sure the telephone service at the site can acc... |
28 |
NOTE Check with your local telephone company to be sure the telephone service at the site can acc... |
28 |
3 Receiving the Workstation |
29 |
3 Receiving the Workstation |
29 |
Equipment Arrivals |
30 |
Equipment Arrivals |
30 |
All Hewlett-Packard equipment is delivered directly from its point of manufacture. Hewlett-Packar... |
30 |
In some cases, factors beyond the control of Hewlett-Packard may cause delivery delays. If all eq... |
30 |
Checking for Shipping Shortage and Damage |
30 |
Checking for Shipping Shortage and Damage |
30 |
As shipments arrive, check the carrier’s “Bill of Lading” carefully to ensure that every item shi... |
30 |
Inspect all of the shipping containers for signs of damage before actually unpacking any of the e... |
30 |
Regardless of the circumstances, the Hewlett-Packard CE will take immediate action to replace any... |
30 |
Unpacking the Cartons |
30 |
Unpacking the Cartons |
30 |
The equipment cartons can be unpacked at your convenience; but it is the customer’s responsibilit... |
30 |
Locate the packing list (invoice) for each carton that is to be unpacked and ensure that each ite... |
30 |
Leave the sealed cartons containing cables and installation hardware intact for the Hewlett-Packa... |
31 |
Locate and refer to the HP Visualize J Class Installation Card (HP part number A4978-90010) for s... |
31 |
4 Site Preparation Kit |
33 |
4 Site Preparation Kit |
33 |
Introduction |
34 |
Introduction |
34 |
This appendix contains the following information: |
34 |
• Pre-installation worksheets |
34 |
• Pre-installation worksheets |
34 |
• System power requirements and heat dissipation worksheets |
34 |
Hewlett-Packard recommends that you copy the worksheets before you begin using them. Then, if mor... |
34 |
Pre-Installation Worksheets |
35 |
Pre-Installation Worksheets |
35 |
<TABLE> |
35 |
Table 41 Pre-Installation Activities Worksheet |
35 |
<TABLE HEADING> |
35 |
<TABLE ROW> |
35 |
Timing |
35 |
Timing |
35 |
Activity |
35 |
Activity |
35 |
Date |
35 |
Date |
35 |
<TABLE BODY> |
35 |
<TABLE ROW> |
35 |
6 weeks before installation |
35 |
6 weeks before installation |
35 |
• Select the location for the system. Use the Site Preparation Guide to satisfy any requirements ... |
35 |
• Select the location for the system. Use the Site Preparation Guide to satisfy any requirements ... |
35 |
• Select the location for the system. Use the Site Preparation Guide to satisfy any requirements ... |
35 |
• Assign a person the responsibility of system Principal Operator. |
35 |
• Plan the physical arrangement of the system and its peripherals. |
35 |
• Order supplies that are required for uninterrupted operation of the system (consumable supplies). |
35 |
<TABLE ROW> |
35 |
At system delivery |
35 |
At system delivery |
35 |
• Inspect each shipment as it is delivered. Note comments and dates in shipment schedule. |
35 |
• Inspect each shipment as it is delivered. Note comments and dates in shipment schedule. |
35 |
• Inspect each shipment as it is delivered. Note comments and dates in shipment schedule. |
35 |
• When all equipment arrives, contact the CE to schedule the installation and verify that the sit... |
35 |
<TABLE ROW> |
35 |
System installation |
35 |
System installation |
35 |
Arrange for the System Manager to assist the CE with the installation process. |
35 |
Arrange for the System Manager to assist the CE with the installation process. |
35 |
<TABLE> |
36 |
Table 42 Shipment Schedule |
36 |
<TABLE HEADING> |
36 |
<TABLE ROW> |
36 |
Equipment Type |
36 |
Equipment Type |
36 |
Scheduled Ship Date |
36 |
Scheduled Ship Date |
36 |
Arrival Date |
36 |
Arrival Date |
36 |
Comments |
36 |
Comments |
36 |
<TABLE BODY> |
36 |
<TABLE ROW> |
36 |
Computer |
36 |
Computer |
36 |
<TABLE ROW> |
36 |
<TABLE ROW> |
36 |
<TABLE ROW> |
36 |
<TABLE ROW> |
36 |
Printer |
36 |
Printer |
36 |
<TABLE ROW> |
36 |
<TABLE ROW> |
36 |
<TABLE ROW> |
36 |
<TABLE ROW> |
36 |
Terminal |
36 |
Terminal |
36 |
<TABLE ROW> |
36 |
<TABLE ROW> |
36 |
<TABLE ROW> |
36 |
<TABLE ROW> |
36 |
External Disk Drive |
36 |
External Disk Drive |
36 |
<TABLE ROW> |
36 |
<TABLE ROW> |
36 |
<TABLE ROW> |
36 |
<TABLE ROW> |
36 |
External Tape Drive |
36 |
External Tape Drive |
36 |
<TABLE ROW> |
36 |
<TABLE ROW> |
36 |
<TABLE ROW> |
36 |
<TABLE ROW> |
36 |
<TABLE ROW> |
37 |
Peripherals or other equipment |
37 |
<TABLE ROW> |
37 |
<TABLE ROW> |
37 |
<TABLE ROW> |
37 |
System Power and Heat Dissipation Worksheets |
38 |
System Power and Heat Dissipation Worksheets |
38 |
Use Table A-3 to calculate the system’s power requirements. Have an electrician double-check the ... |
38 |
<TABLE> |
38 |
Table 43 Worksheet for Power Requirement Calculations |
38 |
<TABLE HEADING> |
38 |
<TABLE ROW> |
38 |
Equipment Type |
38 |
Equipment Type |
38 |
Product Number |
38 |
Product Number |
38 |
Voltage (V) |
38 |
Amperage (A) |
38 |
Amperage (A) |
38 |
Number of Machines (B) |
38 |
Total Amperage (A ¥ B) |
38 |
Total Amperage (A ¥ B) |
38 |
<TABLE BODY> |
38 |
<TABLE ROW> |
38 |
Computer |
38 |
Computer |
38 |
<TABLE ROW> |
38 |
<TABLE ROW> |
38 |
<TABLE ROW> |
38 |
External Disk Drives |
38 |
<TABLE ROW> |
38 |
<TABLE ROW> |
38 |
<TABLE ROW> |
38 |
Printers |
38 |
Printers |
38 |
<TABLE ROW> |
38 |
<TABLE ROW> |
38 |
<TABLE ROW> |
38 |
Terminals |
38 |
Terminals |
38 |
<TABLE ROW> |
38 |
<TABLE ROW> |
38 |
<TABLE ROW> |
38 |
Other |
38 |
Other |
38 |
<TABLE ROW> |
38 |
<TABLE ROW> |
38 |
<TABLE ROW> |
38 |
Use Table A- 4 to calculate the system’s heat dissipation. Depending on the component combination... |
39 |
<TABLE> |
39 |
Table 44 Worksheet for Heat Dissipation Calculations |
39 |
<TABLE HEADING> |
39 |
<TABLE ROW> |
39 |
Equipment Type |
39 |
Equipment Type |
39 |
Product Number |
39 |
Product Number |
39 |
Watts (W) |
39 |
Watts (W) |
39 |
BTU/hr (A) |
39 |
BTU/hr (A) |
39 |
Number of Machines (B) |
39 |
Number of Machines (B) |
39 |
Total Heat Dissipation |
39 |
Total Heat Dissipation |
39 |
(A ¥ B) |
39 |
<TABLE BODY> |
39 |
<TABLE ROW> |
39 |
Computer |
39 |
<TABLE ROW> |
39 |
<TABLE ROW> |
39 |
Disk Drive |
39 |
<TABLE ROW> |
39 |
<TABLE ROW> |
39 |
Printers |
39 |
<TABLE ROW> |
39 |
<TABLE ROW> |
39 |
Terminals |
39 |
Terminals |
39 |
<TABLE ROW> |
39 |
<TABLE ROW> |
39 |
Other |
39 |
Other |
39 |
<TABLE ROW> |
39 |
To account for the heat dissipation by accessory equipment, light, and people, complete Table A-4... |
39 |
• Consider the heat dissipated by special interface equipment (supplied by other vendors), as wel... |
39 |
• Consider the heat dissipated by special interface equipment (supplied by other vendors), as wel... |
39 |
• Estimate the heat produced by the lights used to illuminate the facility. |
39 |
• Calculate the heat dissipation of all individuals working within the site. A reasonable estimat... |
39 |
• Make allowances for heat dissipation by equipment to be added during any planned future expansion. |
39 |
• Calculate the heat dissipated by any other factors not already considered. These factors includ... |
39 |
<TABLE> |
40 |
Table 45 System Heat Dissipation Worksheet |
40 |
<TABLE HEADING> |
40 |
<TABLE ROW> |
40 |
Factor |
40 |
Factor |
40 |
BTUs/Hour (Watts) |
40 |
BTUs/Hour (Watts) |
40 |
<TABLE BODY> |
40 |
<TABLE ROW> |
40 |
System Heat Dissipation |
40 |
<TABLE ROW> |
40 |
Site Variables |
40 |
Site Variables |
40 |
<TABLE ROW> |
40 |
Interface Auxiliary Equipment |
40 |
Interface Auxiliary Equipment |
40 |
<TABLE ROW> |
40 |
Lights |
40 |
<TABLE ROW> |
40 |
Personnel |
40 |
Personnel |
40 |
<TABLE ROW> |
40 |
Future Expansion |
40 |
Future Expansion |
40 |
<TABLE ROW> |
40 |
Other Factors |
40 |
Other Factors |
40 |
<TABLE ROW> |
40 |
Total Heat Dissipated |
40 |
Total Heat Dissipated |
40 |
<TABLE ROW> |
40 |
Total heat dissipation in tons of AC |
40 |
Total heat dissipation in tons of AC |
40 |
(1 ton = 12,000 BTU) |
40 |
5 Specifications and Regulatory Requirements |
41 |
5 Specifications and Regulatory Requirements |
41 |
Introduction |
42 |
Introduction |
42 |
This appendix contains the environmental, electrical, and physical specifications, as well as the... |
42 |
The information in this appendix is arranged as follows: |
42 |
• Specifications |
42 |
• Specifications |
42 |
• Regulatory Requirements |
42 |
Specifications |
43 |
Specifications |
43 |
Environmental Specifications |
43 |
Environmental Specifications |
43 |
Altitude |
43 |
Altitude |
43 |
<TABLE> |
43 |
<TABLE BODY> |
43 |
<TABLE ROW> |
43 |
Operating: |
43 |
0–10,000 ft (0–3,000 m) @ 0 to +45Ė C |
43 |
<TABLE ROW> |
43 |
Non-operating: |
43 |
15,000 ft (0–4,500 m) @ –40 to +70Ė C |
43 |
15,000 ft (0–4,500 m) @ –40 to +70Ė C |
43 |
DC Magnetic Field Interference |
43 |
DC Magnetic Field Interference |
43 |
<TABLE> |
43 |
<TABLE BODY> |
43 |
<TABLE ROW> |
43 |
Operating: |
43 |
Operating: |
43 |
<1 Gauss at surface of product |
43 |
<TABLE ROW> |
43 |
Non-operating: |
43 |
<2 milli Gauss @ 7 feet |
43 |
Electromagnetic Interference (EMI) |
43 |
Electromagnetic Interference (EMI) |
43 |
<TABLE> |
43 |
<TABLE BODY> |
43 |
<TABLE ROW> |
43 |
Emissions: |
43 |
FCC Class B CISPR B |
43 |
Electrostatic Discharge |
43 |
Electrostatic Discharge |
43 |
<TABLE> |
43 |
<TABLE BODY> |
43 |
<TABLE ROW> |
43 |
Air discharge: |
43 |
8kV |
43 |
<TABLE ROW> |
43 |
Contact discharge: |
43 |
4kV |
43 |
Temperature |
43 |
Temperature |
43 |
<TABLE> |
43 |
<TABLE BODY> |
43 |
<TABLE ROW> |
43 |
Operating: |
43 |
Operating: |
43 |
0 to +45 C |
43 |
<TABLE ROW> |
43 |
Non-operating: |
43 |
–40 to +70Ė C |
43 |
–40 to +70Ė C |
43 |
Humidity (Non-condensing) |
43 |
Humidity (Non-condensing) |
43 |
<TABLE> |
43 |
<TABLE BODY> |
43 |
<TABLE ROW> |
43 |
Operating: |
43 |
Operating: |
43 |
15 to 80%, 26 C max wet bulb for removable media |
43 |
<TABLE ROW> |
43 |
Non-operating: |
43 |
0 to 90% |
43 |
0 to 90% |
43 |
Leakage Current |
44 |
Leakage Current |
44 |
Less than 3.5 mA |
44 |
Shock |
44 |
Shock |
44 |
<TABLE> |
44 |
<TABLE BODY> |
44 |
<TABLE ROW> |
44 |
Operating: |
44 |
Operating: |
44 |
20g at 3ms, 1/2 sine in normal axis with no hard errors |
44 |
<TABLE ROW> |
44 |
Non-operating: |
44 |
80g at 3ms, 1/2 sine, normal axis |
44 |
Vibration |
44 |
Vibration |
44 |
<TABLE> |
44 |
<TABLE BODY> |
44 |
<TABLE ROW> |
44 |
Operating random: |
44 |
0.21 Grms, 5–500 Hz |
44 |
0.21 Grms, 5–500 Hz |
44 |
<TABLE ROW> |
44 |
Swept sine survival: |
44 |
0.5 g peak, 5–500 Hz |
44 |
0.5 g peak, 5–500 Hz |
44 |
<TABLE ROW> |
44 |
Random survival: |
44 |
Random survival: |
44 |
2.09 Grms, 5–500 Hz |
44 |
2.09 Grms, 5–500 Hz |
44 |
Electrical Specifications |
44 |
Electrical Specifications |
44 |
<TABLE> |
44 |
<TABLE HEADING> |
44 |
<TABLE ROW> |
44 |
J5xxx |
44 |
J7xxx |
44 |
<TABLE BODY> |
44 |
<TABLE ROW> |
44 |
Input Power: |
44 |
Input Power: |
44 |
• 14.2 Amps RMS max @ 100–120 VAC |
44 |
• 14.2 Amps RMS max @ 100–120 VAC |
44 |
• 14.2 Amps RMS max @ 100–120 VAC |
44 |
• 7.1 Amps RMS max @ 200–240 VAC |
44 |
• 19.4 Amps RMS max @ 100–120 VAC |
44 |
• 19.4 Amps RMS max @ 100–120 VAC |
44 |
• 19.4 Amps RMS max @ 100–120 VAC |
44 |
• 9.7 Amps RMS max @ 200–240 VAC |
44 |
<TABLE ROW> |
44 |
AC Frequency: |
44 |
47–63 Hz |
44 |
47–63 Hz |
44 |
<TABLE ROW> |
44 |
Maximum Power Input: |
44 |
Maximum Power Input: |
44 |
1,277 Watts |
44 |
1,928 Watts |
44 |
<TABLE ROW> |
44 |
Inrush Current: |
44 |
40 Amps @ 10 msec |
44 |
40 Amps @ 10 msec |
44 |
Maximum Heat Dissipation Specifications |
45 |
Maximum Heat Dissipation Specifications |
45 |
<TABLE> |
45 |
<TABLE HEADING> |
45 |
<TABLE ROW> |
45 |
J5xxx |
45 |
J5xxx |
45 |
J7xxx |
45 |
J7xxx |
45 |
<TABLE BODY> |
45 |
<TABLE ROW> |
45 |
4163.61 BTU/hr |
45 |
4163.61 BTU/hr |
45 |
6577.89 BTU/hr |
45 |
6577.89 BTU/hr |
45 |
<TABLE ROW> |
45 |
1050.06 KCAL/hr |
45 |
1050.06 KCAL/hr |
45 |
1658.94 KCAL/hr |
45 |
Physical Specifications |
45 |
Physical Specifications |
45 |
Dimensions |
45 |
Dimensions |
45 |
Both the J5xxx and J7xxx workstations use a common chassis, which is 17.5 inches (44.5 cm) high ¥... |
45 |
Net Weights |
45 |
Net Weights |
45 |
<TABLE> |
45 |
<TABLE HEADING> |
45 |
<TABLE ROW> |
45 |
J5xxx |
45 |
J5xxx |
45 |
J7xxx |
45 |
<TABLE BODY> |
45 |
<TABLE ROW> |
45 |
Minimum Configuration: |
45 |
74 pounds (34 Kg) |
45 |
74 pounds (34 Kg) |
45 |
81 pounds (37 Kg) |
45 |
<TABLE ROW> |
45 |
Maximum Configuration: |
45 |
Maximum Configuration: |
45 |
88 pounds (40 Kg) |
45 |
96 pounds (44 Kg) |
45 |
Regulatory Requirements |
46 |
Regulatory Requirements |
46 |
The HP Visualize J Class workstations comply with the following regulatory requirements. |
46 |
Product Safety |
46 |
Product Safety |
46 |
<TABLE> |
46 |
<TABLE BODY> |
46 |
<TABLE ROW> |
46 |
Canada |
46 |
Canada |
46 |
cUL listing to CSA 22.2 No. 950 |
46 |
<TABLE ROW> |
46 |
Europe |
46 |
EN 60950 (with Nordic deviations), TUV GS Mark Low Voltage Directive 73/23/EEC and 93/68/EEC |
46 |
<TABLE ROW> |
46 |
ISE (Eastern European countries) |
46 |
ISE (Eastern European countries) |
46 |
CB Report to IEC 950=+A1+A2+A3+A4 |
46 |
<TABLE ROW> |
46 |
U.S.A. |
46 |
UL 1950 certification |
46 |
<TABLE ROW> |
46 |
Singapore |
46 |
Singapore |
46 |
PSB |
46 |
Ergonomics |
46 |
Ergonomics |
46 |
• German ZH1-618 requirements for color, reflectivity, and gloss |
46 |
• German ZH1-618 requirements for color, reflectivity, and gloss |
46 |
• TUV GS mark |
46 |
Electromagnetic Interference (EMI) Regulatory Compliance |
46 |
Electromagnetic Interference (EMI) Regulatory Compliance |
46 |
• FCC 47 CFR, part 15 subpart J, Class B |
46 |
• FCC 47 CFR, part 15 subpart J, Class B |
46 |
• VCCI Class B |
46 |
• CISPR 11/EN 55011, CISPR 22/EN 55022 |
46 |
Electromagnetic Compatibility (EMC) Regulatory Compliance |
46 |
Electromagnetic Compatibility (EMC) Regulatory Compliance |
46 |
• EN 50082-1:1992 |
46 |
• EN 50082-1:1992 |
46 |
• AS/NZS 2064.1/2:1992, 3548:1995, 4252.1:1994 (Australia/New Zealand) |
46 |