S.& A.S. MicroZed V3.5 User Manual

2. TERMINAL DESCRIPTION
2. TERMINAL DESCRIPTION
2.3.4 INDICATOR OUTPUT TERMINALS
2.3.4 INDICATOR OUTPUT TERMINALS
↑ Up direcon arrow
↓ Down direcon arrow
A Floor informaon A for Gray code indicator
B Floor informaon B for Gray code indicator
C Floor informaon C for Gray code indicator
D Floor informaon D for Gray code indicator
E Floor informaon E for Gray code indicator
Note that when no extension is installed, D output becomes Down arrow (active positive) and E output
becomes Up arrow (active positive).
2.4 INCREMENTAL ENCODER TERMINALS
2.4 INCREMENTAL ENCODER TERMINALS
GND Negave supply
ENC VCC Posive supply
ENC A- Phase A inverted
ENC A+ Phase A
ENC B- Phase B inverted
ENC B+ Phase B
Incremental encoder with dierential output shall be used.
The internal supply is 5VDC. However, a dierential output encoder working on an external up to 12VDC
supply would work. Note that the encoder must be powered from one source only (either external or
internal with dip switch #4 ON).
2.5 CALL TERMINALS
2.5 CALL TERMINALS
2.5.1 CALL TERMINALS LOCATED ON BOARD
2.5.1 CALL TERMINALS LOCATED ON BOARD
The allocation of calls on call terminals depends on whether one or more extension boards are present.
The table below shows how the calls are allocated:
Without
Extension
Down

Collecve
Full
Collecve
Mul

Collecve
MulF

Collecve
With 1
Extension
Down

Collecve
Full Collecve
CT 15 Down 7 Down 5 Car+Down 15 Down8 CT 15 Car 15 Up 4
CT 14 Down 6 Down 4 Car+Down14 Down7 CT 14 Car 14 Up 3
CT
13 Down 5 Down 3 Car+Down13 Down6
CT
13 Car 13 Up 2
CT 12 Down 4 Down 2 Car+Down 12 Down5 CT 12 Car 12 Up 1
CT 11 Down 3 Down 1 Car+Down 11 Down4 CT 11 Car 11 Up 0
CT 10 Down 2 Up 4 Car+Down 10 Down3 CT 10 Car 10 Car 10
CT 9 Down 1 Up 3 Car+Down 9 Down2 CT 9 Car 9 Car 9
CT 8 Down 0 Up 2 Car+Down 8 Car8+Down1 CT 8 Car 8 Car 8
CT 7 Car 7 Up 1 Car+Down 7 Car7+Up7 CT 7 Car 7 Car 7
CT 6 Car 6 Up 0 Car+Down 6 Car6+Up6 CT 6 Car 6 Car 6
CT 5 Car 5 Car 5 Car+Down 5 Car5+Up5 CT 5 Car 5 Car 5
CT 4 Car 4 Car 4 Car+Down 4 Car4+Up4 CT 4 Car 4 Car 4
CT 3 Car 3 Car 3 Car+Down 3 Car3+Up3 CT 3 Car 3 Car 3
CT 2 Car 2 Car 2 Car+Down 2 Car2+Up2 CT 2 Car 2 Car 2
CT 1
Car 1
Car 1
Car+Down 1
Car1+Up1
CT 1
Car 1
Car 1
CT 0 Car 0 Car 0 Car+Down 0 Car0+Up0 CT 0 Car 0 Car 0
17
V
~ Board power supply – 17v~ b

17
V
~ Board power supply – 17v~ b

17
V
~ Board power supply – 17v~ b

17
V
~ Board power supply – 17v~ b


Down calls starting at ground oor level and below are internally converted to up calls. The position of the ground oor is determined by setting the number of basements; refer to
section 5. For instance if there are no basements, then the ground oor is on the rst level and consequently Down 0 call will be internally interpreted as an Up 0 call.

Multiplexing mode cannot be used in group mode.
8

S.& A.S. MicroZed V3.5 Specifications

General

Brand	S.& A.S.
Model	MicroZed V3.5
Category	Control Unit
Language	English