System Envlronmental And; Design Data - Mitel SX-5 Manual

SECT ION MITL9103 -098-180-NA
TABLE
4-1
SX-5 FEATURES
Alarm Indication Lockout
Automatic
Callback Busy Make/Break Ratio
Automatic Station Release
Mixed Station Dialing
Background Music Music on Hold
Call Forwarding
-
Busy
NigWDay Service
Call Forwarding
-
All Calls
Power Failure Restart
-
Battery
Call Hold, Retrleve from any Station
Power Failure Restart
-
PROM/ROM
--On with Indication
Power Failure Transfer
-
Both Trunks
Common Audible Ring~ng
Privacy
-
Automatic
Console-Less Operation Programmable Disconnect Timing
Control Extens~on Programming
Control Functions Reversal Meaning
Data Line Security
Rotary Dial Pulse-to-Digit Conversion
Dial Call Pickup
Selectable Numbering Plans
Direct-In Lines
Selectable Ringing Frequency
Direct Outward Dialing
Speed Dial
Direct Trunk Select
Timed Recalls
Discriminating Ringing
Toll Restriction
i. Trunk v s Intercom
Tone-to-Pulse Conversion
ii. Trunk 1 vs Trunk 2 Transfer/Add-On/Consultation Hold
Do Not Disturb
Trunk Group Operation
Extension Switchhook Flash Timing
Wait for Dial Tone
Last Number Redial Voice Paging
L
Power Supply Card. Trunk Module, and the
Memory Module. Main and Power Supply cards
are connected to the chassis, with the Trunk and
Memory Modules plugging into the Main
Card
Keyed connector patterns prevent Trunk and
Memory Modules from being plugged into the
wrong position
6. ELECTRICAL: CHARACTERISTICS
6.01 The electrical characteristics of the SX-5
are listed in Table 6-2 Refer to Table 6- 1
far the SX-5 tone plan
7. SYSTEM ENVIRONMEMAL AND
INSTALLATION REQUIREMENTS
Design Data
7.01 The SX-5 is designed to operate within the
following environmental conditions
Temperature
-
The system operates
satisfactorily in the range of 0°C to 40°C
(32OF to 140°R. These are ambient tem-
peratures measured at a point 59.1 in ( 1 50
TABLE 6-1 TONE PLAN
TONE
I
TONE PLAN 1
I
Dial Tone
1
3501440 Hz
500 rns On,
1
500 rns Off
Busv Tone
I
1
Repeated continuously
Continuous
4801620 Hz
Ringback
Tone
4401480 Hz
1 s On,
3 s Off
250 ms On,
250 rns Off
Repeated continuousl
Single burst of
Reorder
Repeated continuously
4801620 Hz
I
Tone
100 rns On,
I
100 rns Off
Transfer
I
I
Repeated three times,
-
200 rns
3501440 Hz
I
I
then continuously
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