Diagnostics Optimization CT MODBUS RTU Technical Data
342
E300 Design Guide
Issue Number: 1
When V2 is the creep speed in creep to floor mode:
When
Creep Speed Select
(
G52
) = V2 (2) this shows the distance from
V2 Speed Reference
(
G02
) to a stop in mm. The distance is calculated from
V2 Speed Reference
(
G02
),
Creep Stop Deceleration Rate
(
G17
), and
Creep Stop Jerk
(
G18
).
When V2 is not the creep speed in creep to floor mode:
This indicates the distance from
V2 Speed Reference
(
G02
) to the creep speed defined by
Creep Speed Select
(
G52
) in mm. The distance is
calculated from
V2 Speed Reference
(
G02
), the creep speed defined by
Creep Speed Select
(
G52
),
Deceleration Rate
(
G12
),
Run Jerk 3
(
G15
) and
Run Jerk 4
(
G16
).
Direct to floor:
In Direct to floor,
Elevator Control Mode
(
H19
) = Direct To Floor (1), this indicates the distance from V2 Speed Reference (
G02
) to a stop in mm. The
distance is calculated from V2 Speed Reference (
G02
), Deceleration Rate (
G12
), Run Jerk 3 (
G15
) and Run Jerk 4 (
G16
).
When V3 is the creep speed in creep to floor mode:
When
Creep Speed Select
(
G52
) = V3 (3) this shows the distance from
V3 Speed Reference
(
G03
) to a stop in mm. The distance is calculated from
V3 Speed Reference
(
G03
),
Creep Stop Deceleration Rate
(
G17
), and
Creep Stop Jerk
(
G18
).
When V3 is not the creep speed in creep to floor mode:
This indicates the distance from
V3 Speed Reference
(
G03
) to the creep speed defined by
Creep Speed Select
(
G52
) in mm. The distance is
calculated from
V3 Speed Reference
(
G03
), the creep speed defined by
Creep Speed Select
(
G52
),
Deceleration Rate
(
G12
),
Run Jerk 3
(
G15
) and
Run Jerk 4
(
G16
).
Direct to floor:
In Direct to floor,
Elevator Control Mode
(
H19
) = Direct To Floor (1), this indicates the distance from V3 Speed Reference (
G03
) to a stop in mm. The
distance is calculated from V3 Speed Reference (
G03
), Deceleration Rate (
G12
), Run Jerk 3 (
G15
) and Run Jerk 4 (
G16
).
When V4 is the creep speed in creep to floor mode:
When
Creep Speed Select
(
G52
) = V4 (4) this shows the distance from
V4 Speed Reference
(
G04
) to a stop in mm. The distance is calculated from
V4 Speed Reference
(
G04
),
Creep Stop Deceleration Rate
(
G17
), and
Creep Stop Jerk
(
G18
).
When V4 is not the creep speed in creep to floor mode:
This indicates the distance from
V4 Speed Reference
(
G04
) to the creep speed defined by
Creep Speed Select
(
G52
) in mm. The distance is
calculated from
V4 Speed Reference
(
G04
), the creep speed defined by
Creep Speed Select
(
G52
),
Deceleration Rate
(
G12
),
Run Jerk 3
(
G15
) and
Run Jerk 4
(
G16
).
Direct to floor:
In Direct to floor,
Elevator Control Mode
(
H19
) = Direct To Floor (1), this indicates the distance from V4 Speed Reference (
G04
) to a stop in mm. The
distance is calculated from V4 Speed Reference (
G04
), Deceleration Rate (
G12
), Run Jerk 3 (
G15
) and Run Jerk 4 (
G16
).
J11
V2 Calculated Deceleration Distance
Mode
Open-Loop, RFC-A, RFC-S
Minimum
0
Maximum
10000
Default
Units
Type
16 Bit Volatile
Update Rate
Background
Display Format
Standard
Decimal Places
0
Coding
RO, ND, NC, PT
J12
V3 Calculated Deceleration Distance
Mode
Open-Loop, RFC-A, RFC-S
Minimum
0
Maximum
10000
Default
Units
Type
16 Bit Volatile
Update Rate
Background
Display Format
Standard
Decimal Places
0
Coding
RO, ND, NC, PT
J13
V4 Calculated Deceleration Distance
Mode
Open-Loop, RFC-A, RFC-S
Minimum
0
Maximum
10000
Default
Units
Type
16 Bit Volatile
Update Rate
Background
Display Format
Standard
Decimal Places
0
Coding
RO, ND, NC, PT
Summary of Contents for 03200106
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