User manual QUANTUM DLT VS80 TAPE DRIVE PRODUCT SPECIFICATION

[. . . ] Copyright Copyright © 2004 by Quantum Corporation. Document Origination: Boulder, Colorado, USA. Trademarks Quantum, the Quantum logo, and the DLTtape logo are trademarks of Quantum Corporation registered in the U. S. A. DLTtape, DLTSage, Value DLTtape, and Super DLTtape are trademarks of Quantum Corporation. Other company and product names used in this document are trademarks, registered trademarks, or service marks of their respective owners. Legal Disclaimers The information contained in this document is the exclusive property of Quantum Corporation. [. . . ] Describes environmental specifications: Temperature and humidity, and altitude. Describes specifications for operating shock and vibration and non-operating shock and vibration. Describes the electromagnetic compatibility specifications the tape drive meets. Chapter 3, "Functional Specifications" Chapter 4, "Performance Specifications" Chapter 5, "Environmental Specifications" Chapter 6, "Shock and Vibration Specifications" Chapter 7, "Electromagnetic Compatibility" 001597-01 Rev. A09 May 2004 1-1 Chapter 1: Introduction Table 1-1. Chapter Chapters in this Document (Continued) Description Describes the safety specifications the tape drive meets. Describes the acoustic noise emission levels and the Chapter 8, "Safety Specifications" Chapter 9, "Acoustic Noise Emissions" Chapter 10, "Reliability Factors" specifications they meet. Describes factors related to the reliability of the tape drive: head life, mean time between failures (MTBF), load unload cycles, and tape life. Chapter 11, "DLTtape IV Recording Media Specifications" Describes the characteristics of the recording media. This document does not include installation and operation information. 1. 2 Audience The primary audience for this document consists of engineers and technicians interested in integrating the DLT VS80 tape drive into computer systems and other equipment. 1. 3 Related Documents DLT VS80 Tape Drive Installation and Operations Guide (001596-01, Rev. A07) DLT1/VS80 SCSI Interface Guide, (000825-03, Rev A02) 1-2 May 2004 001597-01 Rev. A09 DLT VS80 Product Specification 1. 4 Conventions Used In This Manual This manual uses the following conventions: NOTE: Notes provide supplemental information. TECH TIP: Tech Tips provide information that helps you complete a procedure or avoid additional steps. CAUTION Cautions provide information you must know to avoid damaging the tape drive or losing data. WARNING!Warnings provide information you must know to avoid personal injury. 001597-01 Rev. A09 May 2004 1-3 Chapter 1: Introduction Notes 1-4 May 2004 001597-01 Rev. A09 Chapter 2P hysical Specification CHAPTER 2 This chapter presents the physical characteristics of the DLT VS80 subsystem: internal and external size, electrical requirements, communication interface, and mean time between failures (MTBF). This chapter also shows mounting hole locations on the internal unit, giving dimensions from both a bottom and a side view 2. 1 Physical Specification This section describes the tape drive size, electrical requirements, communication interface, and MTBF. Table 2-1 lists the size, weight, and orientation of internal and external units. Table 2-1. Unit Internal Height Width Length Weight Shipping weight Orientation External Height Width 66. 24 mm (2. 608 in. ) 212. 13 mm (8. 352 in. ) 43. 82 mm (1. 725 in. ) with bezel 41. 70 mm (1. 625 in. ) without bezel 146. 05 mm (5. 750 in. ) behind bezel 148. 18 mm (5. 834 in. ) with bezel 216. 14 mm (8. 509 in. ) measured from back of front bezel 220. 96 mm (8. 699 in. ) including the bezel 1. 45 kg (3. 2 lbs) 2. 08 kg (4. 59 lbs) depending on configuration Horizontal, Vertical (2-sides) Physical Specifications Parameter Value 001597-01 Rev. A09 May 2004 2-1 Chapter 2: Physical Specification Table 2-1. Unit Physical Specifications (Continued) Parameter Length Weight Shipping weight Orientation Value 272. 49 mm (10. 728 in. ) 3. 48 kg (7. 67 lbs) 5. 21 kg (11. 48 lbs) depending on configuration Horizontal Table 2-2 lists each tape drive unit's electrical requirements and power consumption. Table 2-2. Unit Internal +5 (+ 5%)1 Volt bus +12 (+ 5%)1 Volt bus Power Consumption External Power Requirements Power Consumption 1 2 Electrical Requirements and Power Consumption Parameter Value 1. 6 A Typical2, 1. 9 A Peak 0. 65 A Typical2, 3. 5 A Peak Less than 16W 100-240V (auto-ranging), 50/60 Hz, 0. 9 A Less than 35W Voltage measured at the power bus connector pins. Maximum current values are for approximately 300ms durations. Table 2-3 shows the communication interface and MTBF for the DLT VS80 tape drive. Table 2-3. Parameter Communication Interface MTBF Communication Interface and MTBF Value Wide Ultra SCSI-2, Low-Voltage Differential (LVD) 200, 000 hours at 100% Duty Cycle 2-2 May 2004 001597-01 Rev. A09 DLT VS80 Product Specification 2. 2 Tape Drive Dimensions and Mounting Hole Locations The internal tape drive provides standard mounting holes. The following sections present the tape drive dimensions and mounting hole locations. 2. 2. 1 Mounting Holes (Bottom View) Figure 4-1 shows the mounting holes and dimensions as viewed from the bottom of the tape drive. Figure 2-1. Mounting Holes and Dimensions (Bottom View) 001597-01 Rev. A09 May 2004 2-3 Chapter 2: Physical Specification NOTES: 1 Tape drive width and length are standard 5¼-inch form factor measurements. 2 Dimensions are identical on the left and right sides. [. . . ] Table 7-7. Parameter AC Mains ± 1 kV Signal Port (L > 3m) ± 500V Fast Transient Immunity Performance Criteria No operator intervention (soft recoverable errors allowed) 7. 3. 4 Surge Immunity Table 7-8 lists the EN 61000-4-5:1995 surge immunity limits. Table 7-8. Parameter Common/Differential Mode AC Mains + 2 kV/+ 1 kV Surge Immunity Performance Criteria No operator intervention (soft recoverable errors allowed) 7. 3. 5 Conducted Immunity Table 7-9 lists the EN 61000-4-6:1996 conducted immunity limits. Table 7-9. Parameter 0. 150 ­ 80 MHz, 1 kHz (80% AM), 3V Conducted Immunity 0. 150 to 80 MHz Performance Criteria No errors allowed 7. 3. 6 Power Frequency Magnetic Field Immunity Table 7-10 lists the EN 61000-4-8:1993 magnetic field immunity limits. Table 7-10. Parameter 50 Hz, 1 A/m Magnetic Field Immunity Performance Criteria No errors allowed 001597-01 Rev. [. . . ]