Device Configuration; Appendix A. Product Certifications - Honeywell SmartLine RMA801 Quick Start Installation Manual

Wiring Connections and Power Up
Make sure that the following power supply constraint is met.

  
V 2 3 . V V R * 22
S , Min Txer , Min loop
Where
V is minimum supply vol tage
S , Min
V is Transmitte r Minimum
Txer , Min
R is loop resistance in ohms
loop
Wiring Options
There are 3 wiring options for connecting Remote Indicator to the loop.
See Figure 9, Figure 9 and Figure 8 for the wiring connections.
DE Devices
In this mode, the Remote Indicator shall be connected as shown in
Figure 8: Remote Indicator connected to the negative loop wire
Once the wiring is complete, power on the loop. The RMA device will take 6s (approx.) to
turn on the display.
Note – The resistor "R" indicates (shown for representation only) the loop resistor which is
needed for HART and DE communication and is typically provided by the user or control
system.

DEVICE CONFIGURATION

Once the loop is powered, the RMA will be turned ON with a scrolling message "SmartLine"
appearing on the display.
For DE devices, the RMA is autoconfigured. For any DE configuration change in the
transmitter, database upload shall be performed to reflect the changes in RMA.
To configure the device, open the front cover of the device.
Use the 'Menu' and 'Enter' key buttons on display to configure the device. See table below
for configuration parameters.
Use the 'Menu' button to navigate the configuration parameters. Use the 'Enter' button to
select and set a parameter value.
SNO MENU Description
Parameters
1 SEL PV Select Process Variable (temperature,
pressure, loop out, % out)
2
UNIT Select Engineering Unit
Units are visible as per PV selection
3
ENTLRV Enter Lower Range Value
(Numeric Value)
4
ENTURV Enter Upper Range Value
(Numeric Value)
5
CAL Lo Input Calibration Low Point. See manual for
details of calibration
(Applicable in Analog Mode only)
6 CAL Hi Input Calibration High Point. See manual for
details of calibration.
(Applicable in Analog Mode only)
7 B UNIT Select Engineering Base Unit of Transmitter
Base Units visible as per PV selection
(Applicable in Analog Mode only)
8 CNTRST Set LCD Contrast
9 RMA DG RMA Diagnostic Messages. See manual for
details of diagnostic messages
10 FW VER Firmware Version
EXIT EXIT Menu
1. Temperature: °C, °F, °R, K, mV, Ohm
Pressure Engineering Units: inH2O@39ºF, mH2O@4ºC, cmH2O@4ºC, Torr,
mmH2O@68ºF, ftH2O@68ºF, inH2O@68ºF, inH2O@60ºF, atm, Pa, kPa, MPa, gf/cm2,
kgf/cm2, psi, mbar, bar, inHg@0ºC, mmHg@0ºC, mmH2O@4ºC.

/ 1000
supply vol tage at termina ls
Figure 8.
Analog (4-20mA) Devices:
Refer Figure 8 and 9 for the Remote Indicator Connection on the Negative and positive
side of the loop.
Figure 9: Remote Indicator connected to the negative loop wire
1. Remote Indicator installed as explosion proof in Class I, Division 1, Group A
Hazardous (classified) locations in accordance with ANSI/NFPA 70, the US
National Electrical Code, with 1/2 inch conduit do not require an explosion-proof
seal for installation. If 3/4 inch conduit is used, a LISTED explosion proof seal must
be installed in the conduit, within 18 inches (457.2 mm) of the Remote Indicator.
Figure 10: Remote Indicator connected to the positive loop wire
ATTENTION
For all wiring options, ensure that RMA chassis ground terminal is
connected to earth ground.
Connect the Loop Power shield to earth ground at the power supply
end and not at RMA end. The shield shall be continuous from
transmitter through RMA till the power supply
:

Appendix A. PRODUCT CERTIFICATIONS

A1 European Directive Information (CE Mark)