Parker Sporlan S3C - S3 C Case Control Setup Procedures; Set-Up Menu Navigation Guide

Bulletin 100-50-9.1 – Page 93
9. SETUP MENU
Upon first power up of the S3C Case Control system the user
is presented with a Start Up menu through the Display Mod-
ule where critical parameters are set to allow the system to
operate in a safe default operating mode. This eliminates
the possibility of case or refrigeration system damage. Addi-
tionally, critical communication and refrigeration system
parameters are set to assist in simplifying detailed set-up by
enabling automatic synchronization of case evaporator and
line-up level settings. For circuit line-up control, common
settings such as control temperature set point, defrost type
and schedule, etc. need only be set at one S3C Case Control
and the user entered settings are synchronized among all
connected controllers in the line-up. The S3C Control Sys-
tem can be configured via communications or by use of the
local S3C Display Module (DM).
Note:
1. This manual describes configuration using
the DM only. Refer to communication
documentation for configuration via BACnet or
MODBUS.
2. Before beginning set-up of the S3C Control
System ensure all wiring is completed in
accordance with the appropriate wiring dia-
grams contained in this manual.
3 All S3C Case Control configuration parameters
are available for modification. Values entered
during Start up can be changed subsequent to
completing the following procedure.
9.1 NAVIGATING THE SETUP MENU
• After the current parameter has been set, the display
advances to the next parameter.
• When a parameter is displayed, press the SET or ▲▼
buttons on the DM to present the options/value for that
parameter.
• Use the ▲▼ buttons to navigate through the options or
increment/decrement the parameter value.
TABLE 4  SETUP MENU PARAMETERS
Display Description Factory Default Hide Condition
ef
Case Type - Self-contained or remote No (for remote)
d
Rack ID - Unique alpha numeric ID of refrigeration rack that supports the case A
ud
Line-up ID - Unique alpha numeric ID of the case line-up the control operates in 0
d
Case ID - Alpha numeric ID of the case the control is operating 0
Uo
Automatically configured through the gateway

Application - Single or dual temperature operation Single temp

Stepper valve configuration - type of valve attached to the S3C Case Control EEV

Expansion valve type attached to evaporators in case
(TEV, pulse or numbers of steps, custom valve type)
2500 step (2)
U
Custom valve type unipolar or bipolar Bipolar (3)

Number of steps for custom valve (3)

Custom valve step rate 200 (3)

Number of evaporators in case 1 (4)

*Building automation system (BAS) connected to control Yes

*Building automation system protocol BACnet/IP (5)
dd
*RS-485 address 1 (6)
oh
*Month January
d
*Day of the month 1
e
*Year
e
*Time (24 hour clock displayed in hours and minutes)
ef
*Refrigerant type 404A (7)

*Number of cases in the line-up 1 (1)
e
*EPR type 2500 step (8)
e
*EPR location - at the case or line-up (circuit) Case
d
*Discharge air set point -5 (9)

*Return air set point -5 (10)
d
*Discharge air low temperature set point (dual temp) -5 (11)
d
*Discharge air medium temperature set point (dual temp) 36 (11)
def
*Defrost type Electric
d
*Defrost termination temperature
55° Elect/Hot Gas
47° Air
de
*Defrost duration fail-safe time
60 min. Elect/Hot Gas
28 min. air
dfd
*Number of defrosts per day 4