Kontron CP3-CMM1 User Manual

Operating Instructions Chassis Monitoring Module (CP3-CMM1)

Chassis Monitoring Module

CP3-CMM1

The purpose of a chassis monitoring system is to
monitor, control and assure proper operation of
shelves. CompactPCI-applications with
increased reliability demands, require such a
control system. The CP3-CMM1 observes the
system-parameters

 Voltage tolerances
 Temperature values
 Fan speed (in combination with the Fan

Control Module, FCM)

 Customized signals

Table of Content

1 Functional Description 2
2 Technical Data 2
3 Inputs / Outputs 2
4 Connectors 5
5 Configuration of the CMM 7

31.01.2003, D0.5 1

Operating Instructions Chassis Monitoring Module (CP3-CMM1)

1 Functional Description

The CMM monitors up to four different dc voltages
continuously for exceeding the high- or low-end of
voltage tolerance. An error signal is generated if
tolerance is exceeded. The error status can be displayed
by LEDs or at the HTML page. There are two additional
dc-voltage inputs available for the voltage-range +/­24Vdc. All voltages are system ground based.

Up to seven temperature sensors can be connected
direct to the unit. Four additional temperature values are
transferred from the FCM. A temperature fail is
generated if one of the temperatures is higher than the
adjustable temperature alarm level.

There are 16 digital inputs. They can be used to identify
power-good-signals, shelf-address, VME-signals and
customized applications.

Ten digital outputs are available for customized
applications. Four signals are open-collector isolated by
opto-couplers. Six signals are TTL-compatible non­isolated.

The CMM is able to communicate with the fan control
module (FCM). One connector ensures direct connection
to the FCM, power supply and communication. The
temperature values of FCM and the speed of fans are
transferred to the CMM.

3 Inputs / Outputs

Input / Output diagram:

+5V Module power

NTC [1..7]

υ

SYSFAIL (VME)

AC-fail [1..2] (VME)

PSU-fail [1..4] (CPCI)

PSU derating [1..4] (CPCI)

Shelf address [A0..A4] (CPCI)

+5V monitor in

+3.3V monitor in

+12V monitor in

-12V monitor in

+24V monitor in

-24V monitor in

Input Signal Monitoring

TTL-output [1..4]

Opto coupler output [1..4]

SYSRESET (VME)

DEG (CPCI) / AC-Fail (VME)
FAL (CPCI)

RS232 (front panel)

RS485

Ethernet 10BaseT, (front panel)

Data bus to FCM

Over Temp LED red

Fan Fail LED red

Voltage ok/fail + 5V LED red/green

Voltage ok/fail +3.3V LED red/green
Voltage ok/fail +12V LED red/green
Voltage ok/fail –12V LED red/green

2 Technical Data

CMM Power Supply

Operating Voltage: 5 Vdc
Operating current approx.: 400 mA

Mechanical Dimensions

Board size: 3U x 160mm (euroboard)
Front panel size: 3U x 4HP
19”-pluggable

The following signals are being monitored
continuously:

 Voltage monitoring

Up to 6 DC voltages are monitored continuously.
The status of +3.3V, +5V, +12V, -12V is signaled
by the green/red LED output (within tolerance
/out of tolerance). The condition of the +24V, ­24V is signaled by default setting by digital
outputs 6 and 7 (see chapter 5).

+ 12,0 VDC Tolerance: ± 0.6V

+ 5,0 VDC Tolerance: ± 0.25V

+ 3,3 VDC Tolerance: ± 0.25V

– 12,0 VDC Tolerance: ± 0.6V

+ 24,0 VDC Tolerance: ± 2.4V

– 24,0 VDC Tolerance: ± 2.4V

 NTC temperature sensors

Up to 7 NTC temperature sensors can be
connected to the CMM. The number of

connected NTCs must be registered manually
in the configuration mode of the CMM (see

chapter 5). Two temperature alarm thresholds
(20°C...70°C) can be set. If the CMM is
connected to the FCM, the NTC with the highest
temperature reading of both modules gives the
fan speed.

31.01.2003, D0.5 2

Operating Instructions Chassis Monitoring Module (CP3-CMM1)

2 red LEDs for fault indication of “Fan Fail” and

 Digital Inputs

“Temp Fail” signals (fail=LED on, OK=LED off)

16 freely selectable digital input signals.

+5V

10k

TTL-Input­Logic

GND

The following table shows the default assignment
of the digital inputs. This assignment and status
(active low/high) can be modified in the
configuration mode of the CMM (see chapter5).:

Input Default R96

DIN0 SYSFAILin A9 SYSFAIL_out /

DIN1 FALin1 C2
DIN2 FALin2 C3
DIN3 FALin3 C4
DIN4 FALin4 C5
DIN5 DEGin1 C6 Yes
DIN6 DEGin2 C7 Yes
DIN7 DEGin3 C8 Yes
DIN8 DEGin4 C9
DIN9 HA_A0 C15 No
DIN10 HA_A1 C16 No
DIN11 HA_A2 C17 No
DIN12 HA_A3 C18 No
DIN13 HA_A4 C19
DIN14 AC-fail1 C11
DIN15 AC-fail2 C12

Default assigned

pin

OUT5
FAL_out / OUT9

OR-wired

DEG_out / OUT8

OR-wired

No assignment to
digital output

AC-fail_out / OUT4
OR-wired

to

User defined
assignement

possible

Yes

Yes

Yes

Yes

No

Yes

There are no LED’s or other optical or acoustic
signal indicators mounted on the front panel or
the module itself.

 Digital Outputs

10 digital output signals are available:

• 4 open-collector output signals isolated
by opto-couplers:

High impedance = 1

Low impedance = 0

• 6 TTL-compatible non-isolated signals:

+5V

10k

+5V = 1

GND = 0

 SYSRESET digital Input

The SYSRESET is connected as Input/Output. In
the Input mode it can be assigned to switch a digital
output.

+5V

10k

TTL-Input­Logic

SYSRESET

Outputs Signals

 LED display

6 LEDs can be directly connected to the LED
outputs:

4 two colored LEDs (red/green), for +3.3V, +5V,
±12V OK/out-of-tolerance indication.

The following table shows the default
assignment of the digital outputs. This
assignment and status (active low/high) can be
modified in the configuration mode of the CMM
(see chapter5).

output Default-assignment Type R96 pin

OUT0 Braking of sensor wire Optocoupler

OUT1 Temperature failure

CMM

OUT2 Temperature failure

FCM

OUT3 Fan Fail_out Optocoupler

OUT4 AC-fail_out TTL-Output A22
OUT5 SYSFAIL_out TTL-Output A23
OUT6 V5 (+24V) out of

tolerance

OUT7 V6 (-24V) out of

tolerance
OUT8 DEG_out TTL-Output A11
OUT9 FAL_out TTL-Output B27

Output
Optocoupler
Output
Optocoupler
Output

Output

TTL-Output A24

TTL-Output A25

A13 / A14

A15 / A16

A17 / A18

A19 / A20

31.01.2003, D0.5 3