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Diagnostics Optimization CT MODBUS RTU Technical Data
344 E300 Design Guide
Issue Number: 1
When V8 is the creep speed in creep to floor mode:
When Creep Speed Select (G52) = V8 (8) this shows the distance from V8 Speed Reference (G08) to a stop in mm. The distance is calculated from
V8 Speed Reference (G08), Creep Stop Deceleration Rate (G17), and Creep Stop Jerk (G18)
When V8 is not the creep speed in creep to floor mode:
This indicates the distance from V8 Speed Reference (G08) to the creep speed defined by Creep Speed Select (G52) in mm. The distance is
calculated from V8 Speed Reference (G08), 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 V8 Speed Reference (G08) to a stop in mm. The
distance is calculated from V8 Speed Reference (G08), Deceleration Rate (G12), Run Jerk 3 (G15) and Run Jerk 4 (G16).
When V9 is the creep speed in creep to floor mode:
When Creep Speed Select (G52) = V9 (9) this shows the distance from V9 Speed Reference (G09) to a stop in mm. The distance is calculated from
V9 Speed Reference (G09), Creep Stop Deceleration Rate (G17), and Creep Stop Jerk (G18)
When V9 is not the creep speed in creep to floor mode:
This indicates the distance from V9 Speed Reference (G09) to the creep speed defined by Creep Speed Select (G52) in mm. The distance is
calculated from V
9
Speed Reference (G09), 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 V9 Speed Reference (G09) to a stop in mm. The
distance is calculated from V9 Speed Reference (G09), Deceleration Rate (G12), Run Jerk 3 (G15) and Run Jerk 4 (G16).
When V10 is the creep speed in creep to floor mode:
When Creep Speed Select (G52) = V10 (10) this shows the distance from V10 Speed Reference (G10) to a stop in mm. The distance is calculated
from V10 Speed Reference (G10), Creep Stop Deceleration Rate (G17), and Creep Stop Jerk (G18)
When V10 is not the creep speed in creep to floor mode:
This indicates the distance from V10 Speed Reference (G10) to the creep speed defined by Creep Speed Select (G52) in mm. The distance is
calculated from V10 Speed Reference (G10), the creep speed defined by Creep Speed Select (G52), Deceleration Rate (G12), Run Jerk 3 (G15) and
Run Jerk 4 (G16).
In Direct to floor, Elevator Control Mode (H19) = Direct To Floor (1), this indicates the distance from V10 Speed Reference (G10) to a stop in mm. The
distance is calculated from V10 Speed Reference (G1
0), Dec
eleration Rate (G12), Run Jerk 3 (G15) and Run Jerk 4 (G16).
J17 V8 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
J18 V9 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
J19 V10 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
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