Agilent E2251A - Manuals

Agilent E2251A – Manual in PDF format online.

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Manual

Manual Agilent E2251A

Summary

Page 3 - M-Module Installation; Agilent E2251A M-Module Carrier Installation and Wiring

Contents Contents 1 AGILENT TECHNOLOGIES WARRANTY STATEMENT ..................................... 3Safety Symbols ............................................................................................................. 4WARNINGS .....................................................................

Page 8 - DECLARATION OF CONFORMITY

S A DECLARATION OF CONFORMITY According to ISO/IEC Guide 22 and CEN/CENELEC EN 45014 Revision: A.03 Issue Date: 09/05/00 Manufacturer’s Name: Agilent Technologies, Incorporated Manufacturer’s Address: Measurement Product Generation Unit 815 14 th ST. S.W . Loveland, CO 80537 USA Declares, that the p...

Page 11 - This manual provides the following information:; WARNING; Modules in Carrier slot M5 are restricted to 60Vdc, 30Vac; Caution

9 M-Module Installation This manual provides the following information: • Installing M-Modules in the E2251A Carrier including: -- Setting Logical Addresses-- Attaching Field Wiring and Strain Relief-- Installing RFI Dress Panels • Installing the E2251A Carrier in a VXIbus Mainframe • M-Module insta...

Page 12 - Step 1. Remove the Carrier Shields; Remove the screw securing the PC board to the bottom shield.; Note

10 Step 1. Remove the Carrier Shields 1. Remove the four screws securing the Carrier top and bottom shield. 2. Remove the screw securing the PC board to the bottom shield. 3. Set the screws and shields aside for later re-assembly (Step 6). Note Some earlier carriers did not have the screw securing t...

Page 13 - CAUTION: Modules in Carrier slot M5

11 Step 2. Determine M-Module Layout 1. Identify the positions your M-Modules will occupy in the E2251A Carrier. The Carrier can hold up to six M-Modules only if neither of the modules in the two interior slots (M4 & M5) require external cabling. If one or both interior modules require external ...

Page 14 - Step 3. Set the Logical Address for each M-Module; Guidelines for; In the E2251A M-Module Carrier, logical address 0; Unused Slots on the

12 Step 3. Set the Logical Address for each M-Module Each VXI module or M-Module in a VXI system must have a unique logical address. The logical address is used by the VXI resource manager to identify instruments. When the logical address of a module is set to a direct multiple of 8 (such as 8, 16, ...

Page 15 - You must set the logical address switches for each; dul

13 Setting the Addresses As shown below, the E2251A has six logical address switch banks, one for each M-Module slot. You must set the logical address switches for each M-Module installed in the E2251A Carrier. A logical address switch bank contains eight individual switches. To determine the logica...

Page 16 - Step 4. Install M-Modules onto the Carrier

14 Step 4. Install M-Modules onto the Carrier 1. For internally-mounted M-Modules (slots M4 and M5) see Step 5, next page. 2. Install RFI Dress Panel (p.n. E2273-04301) on each of the front mounted M-Modules. Dress panels act like a gasket and minimize RFI. Make certain the M-Module-to-Carrier conne...

Page 18 - Step 6. Reattach the Carrier Shields; with the mounting screw.

16 Step 6. Reattach the Carrier Shields 1. Carefully place the place the PC board on the bottom Carrier shield. Align the mounting holes and secure with the mounting screw. 2. For modules mounted in the interior slots (M4 & M5), make certain their field wiring is not pinched. 3. Position the top...

Page 19 - Step 7. Install Carrier into C-Size VXI Mainframe

17 Step 7. Install Carrier into C-Size VXI Mainframe WARNING To avoid possible electrical shock, make certain that power is removed from the VXI mainframe, all field wiring, and external devices connected to the VXI mainframe. 1. Set the Carrier Extraction 2. Slide the Carrier into any slot (except ...

Page 20 - Step 8. Connect Field Wiring to Front M-Modules; the connector and hood.

18 Step 8. Connect Field Wiring to Front M-Modules 1. Refer to “Assembling the M-Module Field Wiring Connector” on page 21 for information on assembling the connector and hood. 2. Attach assembled connector to M-Modules. 3. Tighten mounting screws to secure connector to the M-Module.

Page 21 - Step 9. Installation / Operational Verification; Turn on the VXI mainframe and use the VXI; You Are Done

19 Step 9. Installation / Operational Verification 1. Turn on the VXI mainframe and use the VXI plug&play Soft Front Panels (SFP) to verify installation and operation of the M-Modules. The SFPs are supplied on the CD ROM accompanying your M-Modules and Carrier. The SFP is an MS Windows ® applica...

Page 22 - Removing M-Modules from the Carrier; and bottom shields from the Carrier.

20 Removing M-Modules from the Carrier WARNING To avoid possible hazardous electrical shock, remove power from the VXI Mainframe, all field wiring, and external devices connected to the VXI mainframe. 1. Remove all field wiring connectors from the front-mounted M-Modules of the E2251A. Refer to “Ste...

Page 23 - M-Module Field Wiring Information; Assembling the M-Module Field Wiring Connector

21 M-Module Field Wiring Information The following section provides a brief, summary of the field wiring for each Hewlett-Packard M-module. It includes a connector pin-out table, a simplified schematic, and a connector drawing. For additional information about a specific M-Module, refer to the respe...

Page 26 - E2259A Double-Wide Breadboard M-Module Wiring Information

24 E2259A Double-Wide Breadboard M-Module Wiring Information

Page 28 - E2261A Quad RS-232 Interface Wiring Information; Serial Port 1

26 E2261A Quad RS-232 Interface Wiring Information Note: If you use the optional E2261-61601 cable, you must remove the cable hood if you install the E2261A in either of the two internal slots of the E2251A Carrier. The figure on the next page shows the cable wiring for making your own cable. Serial...

Page 30 - E2270A 16-Channel Form A Switch Wiring Information

28 E2270A 16-Channel Form A Switch Wiring Information MAXIMUM VOLTAGE/CURRENT: The maximum voltage that may be applied to any connector on the E2270A, E2271A, or E2272A is 200 VDC, 125 VAC rms, or 175 VAC peak. These limits apply only if the product is installed in a humidity-controlled (<60% RH)...

Page 31 - E2271A 4x4 Matrix Switch Wiring Information

29 E2271A 4x4 Matrix Switch Wiring Information MAXIMUM VOLTAGE/CURRENT: The maximum voltagethat may be applied to any connector on the E2270A,E2271A, or E2272A is 200 VDC, 125 VAC rms, or 175 VACpeak. These limits apply only if the product is installedin a humidity-controlled (<60% RH) environmen...

Page 33 - Configuring the

31 Configuring the E2272A The following figure shows the two jumper positions for the E2272A. In position A , the M-Module is configured as a dual 8-to-1 multiplexer. In position B , the M-Module is configured as a single 16-to-1 multiplexer. B Single 16-to-1 Multiplexer Position A Dual 8-to-1 Multi...

Page 34 - E2273A 8-Channel Form C Switch Wiring Information

32 E2273A 8-Channel Form C Switch Wiring Information User Connector Pins User Connector Pins CH0 NC CH0 NO CH0 com CH1 NC CH1 NO CH1 com CH4 NC CH4 NO CH4 com CH5 NC CH5 NO CH5 com CH2 NC CH2 NO CH2 com CH3 NC CH3 NO CH3 com CH6 NC CH6 NO CH6 com CH7 NC CH7 NO CH7 com Channel 0 Channel 1 Channel 3 C...

Page 35 - E2274A 4-Channel Power Relay Wiring Information

33 E2274A 4-Channel Power Relay Wiring Information Caution All three connector pins for each relay contact must be connected together in the field wiring for maximum current capability. For example, for Channel 1, pins 1, 16, and 31 (for NC contacts) must be wired together in the field wiring, likew...

Page 36 - E2290A 16-Bit Digital I/O Wiring Information

34 E2290A 16-Bit Digital I/O Wiring Information @ 55- 7S F G % BUB * O Q V U % BUB 0 V UQ V U ) J H I % S J WF % BUB 0 V UQ V U - P X % S J WF $ I BO O F M * O Q V U 0 V UQ V U $ I BO O F M $ 0 . 7E D 7E D CAUTION The maximum voltage is 30 VDC(any I/O line to chassis). Pin # Use Pin # Use Pin # Use ...

Page 37 - E2291A 16-Channel Isolated Digital Output Wiring Information

35 E2291A 16-Channel Isolated Digital Output Wiring Information ϴ Ͼ П ߢ О м Ю л Ќ и з з Ю Ь ни л Й в з м Ϻ Ё Ϻ Ќ б ϩ Ϲ Ϲ Ќ б ϩ Ϲ Ϻ Ϻ Ͽ Ќ б ϩ Ϲ ϻ Ϻ Ѐ Ќ б ϩ Ϲ ϼ ϼ Ϻ ϻ ϵ ϩ ϼ ϵ ϼ ϻ ϵ ϩ ϼ ϼ НА З Ѝ ߢ ϴ Ͼ П ߣ О м Ю л Ќ и з з Ю Ь ни л Й в з м Ќ б ϩ Ϲ Ͻ Ќ б ϩ Ϲ Ͼ Ќ б ϩ Ϲ Ͽ Ќ б ϩ Ϲ Ѐ НА З Ѝ ߣ Ͽ ϵ ϩ Ѐϵ ϼ Ͽ ϵ ϩ...

Page 39 - Numerics

Index Index 37 Numerics 16-Channel Switch Wiring , 28 16-to-1 Relay Wiring , 30 4-Channel Power Relay Wiring , 33 4x4 Matrix Switch Wiring , 29 8-Channel Form C Relay Wiring , 32 8-to-1 Relay Wiring , 30 A Address, Logical , 12 B Bottom Shield, removing , 10 Bottom Shield, replacing , 16 Breadboard,...

Page 40 - position in Carrier,

38 Index M-Module position in Carrier, 11 removing from Carrier, 20 slots, 11 M-Module mating connectors , 15 M-Module Wiring Diagrams , 21 M-Modules installing, 14 M-Modules, connecting interior wiring , 15 M-Modules, wiring front , 18 Module layout , 11 Multiple Module Instruments , 12 Multiplexer...