Chapter 3 — Checking Procedure
Introduction
100 kHz Input Module Type 3016
Service Manual
Brüel & Kjær
3
−
2
3.1
Introduction
The checking procedure is performed on a fully assembled multichannel system
incorporating the Type 3016 module. The procedure enables you to verify that Type
3016 meets specifications. In the case of a fault appearing, exchange the board as
part of the FRP scheme see the
System Service Manual, Chapter 1
Refer to
if there is mechanical damage to the module.
3.2
Checking Procedure
3.2.1
Hardware Modification
If a Signal Output Module Type 5955 module is used in the system, input module
Type 3016 needs to have a wiring change made to it to allow analogue signals to
pass into Type 5955 from the backplane (rather than the other way round).
1. Check that the co-axial cable is routed to J14 and not J12 (shown in
but only if a Type 5955 is used in the system. .
Fig.3.1
When Signal Output Module Type 5955 is used in the system, the co-axial clabe should be
routed to J14, and not J12 which is the default.
J14
J12
Summary of Contents for 3016
Page 6: ...100 kHz Input Module Type 3016 Service Manual Brüel Kjær 0 4 ...
Page 7: ...100 kHz Input Module Type 3016 Service Manual BI5035 12e 1 1 Chapter 1 General Information ...
Page 10: ...100 kHz Input Module Type 3016 Service Manual Brüel Kjær 1 4 ...
Page 11: ...100 kHz Input Module Type 3016 Service Manual BI 5035 12e 2 1 Chapter 2 Service Note ...
Page 13: ...100 kHz Input Module Type 3016 Service Manual BI 5035 12e 3 1 Chapter 3 Checking Procedure ...
Page 16: ...100 kHz Input Module Type 3016 Service Manual Brüel Kjær 3 4 ...
Page 17: ...100 kHz Input Module Type 3016 Service Manual BI 5035 12e 4 1 Chapter 4 Mechanical Parts ...
Page 20: ...100 kHz Input Module Type 3016 Service Manual Brüel Kjær 4 4 ...