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Section 365-262-205

11

6.

INSTALLER CONNECTIONS

Electrical connections for the channel unit are made by wire-wrapping leads onto the associated 50-pin connec-
tors located on the backplane of the 360/363 D4 terminal. When installing a 3652–62/68 channel unit into a non-
connectorized 360/363 D4 terminal (00-suffixed), make the required connections as shown in Table 3. On con-
nectorized 360/363 D4 terminals (360–10, –11, etc.), connections are made via 25-pair female connectors
(CINCH 222–22–50–023 or equivalent) to the appropriate 25-pair male connectors of the 360/363 D4 terminal.
Refer to Section 360–000–200 for the wiring diagrams of the female connectors with respect to the 360/363 D4
terminal being utilized.

7.

OPTIONS

The 3652–62 and 3652–68 channel units are equipped with push-on jumpers, DIP switches, and screw options
that are used to condition the module for proper application and operation. Refer to Figure 8 and Table 4 for op-
tion locations and a brief summary of the option conditioning requirements.

Note:

When opening a screw option, rotate the screw counterclockwise two full turns to ensure that the connec-
tion is open. When closing a screw option, rotate the screw clockwise until it seats. When selecting the
push-on jumper options, push the jumper over the appropriate pins within that option grouping to obtain
the desired operation.

7.1

Switch S1 – NORM/BUSY

Place the NORM/BUSY switch to the NORM position to condition the channel unit for normal operations. Place
the NORM/BUSY switch to the BUSY position when testing or aligning the channel unit.

7.2

Switch S2 – NORM/REV and Switch S3 – NORM/TANDEM

For E&M signaling, place switches S2 and S3 to NORM. For PLR signaling, place switch S2 to REV and switch
S3 to TANDEM. Switch S2 reverses the E&M leads to E on pin 45 (ring of the E&M jacks) and M to pin 4 (tip of
the E&M jacks) to accommodate central office wiring in the tandem mode of operation. S2 also interfaces the use
of standard test sets when in the tandem mode. Note that S2 does not affect the E2 and M2 leads, and that S3
does not affect the VF levels. With the ER feature, nominal PLR levels are within the adjustment range capability
of S4 and S5 (Prescription Gain Controls.)

Table 3.  

3652-62/68 Installer Connections

Lead Designations

Pin

Tip-transmit

T

50

Ring-transmit

R

48

Tip 1-receive

T1

8

Ring 1-receive

R1

7

E-lead signaling

E

4

E Battery-Type II signaling

EB

9

M-lead signaling

M

45

M Battery-Type II signaling

MB

43

Second E-lead as required

E2*

2

Second M-lead as required

M2*

6

Make Busy Lead 1

1

2

Make Busy Lead 2

2

6

Second E Battery lead-as required

EB2*

46

Second M Battery lead-as required

MB2*

41

Make these connections as required when installing the 3652–62 (E2M2) channel unit.

Summary of Contents for 3652-62

Page 1: ...it 3652 68 4 Wire E M with PLR and ER Channel Unit Complies with UL Standard 1459 Second Edition 3652 68 Only CONTENTS PAGE Part 1 GENERAL 2 Part 2 INSPECTION 3 Part 3 APPLICATION GUIDELINES 3 Part 4...

Page 2: ...editorial update 1 3 Equipment Function 1 4 Equipment Location Mounting Occupies one channel unit slot of a Charles Industries 360 363 D4 Digital Carrier Terminal 1 5 Equipment Features The 4W E M PLR...

Page 3: ...protective bags with uncoated cartons for shipping or storage of channel units CAUTION 3 APPLICATION GUIDELINES The 4W E M PLR channel units allow versatility for use in many applications These units...

Page 4: ...Z Z2 ZC OPEN FC OPEN E2 M2 E2 M2 360 363 D4 TERMINAL 360 363 D4 TERMINAL OPTION SETTINGS OPTION SETTINGS Figure 4 Typical Tandem FX Application DETECTOR M LEAD DETECTOR TRUNK CIRCUIT 4W E M 3652 XX M...

Page 5: ...TECTOR circuit 4 3 1 E M Signaling Transmit In E M signaling an off hook condition battery on the M lead is applied to the M LEAD DETECTOR circuit via the NORM BUSY switch This causes a logic 1 state...

Page 6: ...1 N2 NOTE 19 M1 M2 M3 NORM NOTE 21 XMT PRESCRIPTION GAIN 0 T0 32 5dB IN 0 1dB STEPS RCV TLP 5 2dBm NORM BUSY DROP LINE E M DROP LINE BUSY X 1 PC board connector pin 2 Primary transmission path 3 Signa...

Page 7: ...XMT PRESCRIPTION GAIN 0 T0 32 5dB IN 0 1dB STEPS RCV TLP 5 2dBm NORM BUSY DROP LINE E M DROP LINE BUSY X 1 PC board connector pin 2 Primary transmission path 3 Signal flow direction 4 Front panel mar...

Page 8: ...owing functions Disconnect M lead E lead in tandem mode from the office equipment Turn on BUSY LED on front edge of units Applies a busy condition on the E lead M lead for tandem mode to the office eq...

Page 9: ...unit is removed from its mounting slot the E lead Pin 4 and the E2 lead Pin 2 are grounded through a shorting contact in the backplane connector A busy condition is transmitted to both far end E lead...

Page 10: ...the state of the E lead sent toward the trunk circuit during a carrier failure One of three trunk processing modes can be selected E lead to transmit an idle state then change to a busy state 2 5 sec...

Page 11: ...umper over the appropriate pins within that option grouping to obtain the desired operation 7 1 Switch S1 NORM BUSY Place the NORM BUSY switch to the NORM position to condition the channel unit for no...

Page 12: ...e M2 lead and send a busy condition to the far end 7 7 Push On Jumper Option P1 P2 P3 E Lead Conditioning and W1 W2 W3 E2 Lead Conditioning 3652 62 Only Trunk Processing During a Carrier Failure To co...

Page 13: ...V position S4 ON or OFF Provide up to 1 5dB of gain to the transmit and receive path when all the switches of S4 are ON S5 ON or OFF Provide up to 32 5dB of gain to the transmit and receive path when...

Page 14: ...ccommodate an input TLP range from 10 0 to 22 5dBm To ad just the transmit path to the proper operating level the difference between 10 0 and the transmit TLP at T R must be obtained XMT GAIN 10 0 TLP...

Page 15: ...e the unit will be shipped in the fastest manner consistent with the urgency of the situa tion In most cases there are no charges for in warranty repairs except for the transportation charges of the u...

Page 16: ...LEVELS Transmit fixed 5 2dBm TLP receive fixed 5 2dBm TLP d DROP SIDE LEVELS Transmit input 22 5dBm minimum 10 0dBm maximum receive output 22 5dBm minimum 10 0dBm maximum e 1000Hz GAIN Transmit fixed...

Page 17: ...ion Ratio dB 0 to 30dBm0 35 minimum 40dBm0 29 minimum 45dBm0 25 minimum r TLP RANGES Transmit 22 5 to 10dBm receive 22 5 to 10dBm s OPERATING ENVIRONMENT Temperature 32 to 122 F 0 to 50 C 12 1 2 Elect...

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