Siemens SITRANS F FUH1010 Series User manual

6/2014Edition
Answers for industry.
Operating Instructions
SITRANS FUH1010 NEMA 7 Compact
Interface Detector 7ME3601-1, 7ME3601-2
SITRANS F
Siemens Hardware

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1010FMA-45
Errata
Power Supply Wiring Procedure Update
ERRATA
NOTE: The following applies to System 1010X, 1010BX, 1010DVX, 1010PVX, 1010GX,
1010GCX, 1010GCSX and 1010SPVX Flowmeter installation manuals.
Replace the “Power Connections” description and set up procedure with the following. Note that
paragraph numbers are different for all the above mentioned manuals. The example below is for
the 1010X manual.
NOTE: For flowmeters refer to drawings 1010X-7 (1 of 3) & 1010DX-7 (1 of 3) and
for Interface Detectors refer to drawings 1010BX-7 (1 of 3) & 1010BDX-7
(1 of 3).
2.2 POWER CONNECTIONS
2.2.1 INPUT POWER CONNECTOR (P8) AND FUSE (F1) LOCATIONS
The standard 1010X flow computer either requires 100/120/200 VAC or one of three 9-36 VDC
power sources for its power input. The power input is protected by a GMA 2A fuse (F1). Please
replace this fuse with the exact type if it becomes necessary to do so.
This must be
connected to
Earth Ground.
Fuse (F1) GMA 2A
Cable
Clamp
AC HOT NEU GND
DC + - GND
WARNING
Do not connect AC or
DC power to flowmeter
until the correct type of
input power is de-
termined. See P/N
tables on next page.
Contact with exposed
wiring may lead to fire,
electric shock, or seri-
ous personal injury.
WARNING
Connect power per instructions below.
See field manual for complete power
supply wiring procedures.
Terminal
Number
1
2
3
1010X-6SS2
90-230 VAC
(Single Phase)
Hot
Neutral
Ground
1
2
3
Sample Power Label Located Inside Rear
Housing Cover.
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2.2.2 POWER SUPPLY WIRING
lUsing a 1/16" Hex key, loosen the 1010X Rear Housing Cover locking setscrew.
lUnscrew the Rear Housing Cover and remove.
IMPORTANT: Power Supply label is located inside the Rear Housing cover.
lLocate power supply connector J8. Use the tables below and the part number of your unit to
determine the correct input power source. (See also metal ID label on unit housing.)
lPull wires through flowmeter case conduit cable hole.
lWire input power connector P8 for AC or DC power as shown below. Insert wires into wire
entry holes and secure by tightening wire clamp screws (see note on next page).
Terminal 1010X-6SS2 1010X-6ZNS2 1010X-6ZPS2 1010X-6Z
Number
1Hot Positive Positive (Gnd) Positive
2Neutral Negative (Gnd) Negative Negative
3Ground Ground Ground Ground
Input Power Connector (P8) Wiring
NOTE: Loosen Wire
Clamp Screw, insert
stripped end of wire
and then retighten.
GND
GND
3
2
1
HOT
+
DC
AC
P8
NEU
-
2
3
1
Connector
Mounting
Screws
Stripped Wire Wire
Clamp
Screws
NOTE: Power Supply connector wires should be stripped stranded or solid conductors
AWG 12 -18.
Root Meter Number
Transducer Support
Relay Support
Numeric Display
Power Supply Option
1010X-T2KNZPL2-S2----Safety Rating Option
Language Option
*Typical 1010X Part Number Construction:
Meter Part Number * Power Supply P/N User Supplied Power
Contains S prior to S_Code 1010X-6SS2 90-230 VAC Single Phase
Contains a ZN prior to S_Code 1010X-6ZNS2 9-36 VDC Negative Ground
Contains a ZP prior to S_Code 1010X-6ZPS2 9-36 VDC Positive Ground
Contains a Z at end of P/N 1010X-6Z 9-36 VDC Floating

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2.3 THE MENU LOCKOUT SWITCH
System 1010X includes a menu lockout switch to prevent unauthorized access to the Installation
Menu. In addition, a password entry option is available (see Channel Setup). The menu lockout
switch (S1) resides on the I/O module on the right side of I/O wiring terminal block TB1 (see
below). Please switch to the unlocked position before attempting to program the flowmeter. We
recommend that the installation menu remains locked during normal operation. (Refer to appro-
priate manual section for TB1 and TB2 signal wiring.)
Menu Lockout
Switch (S1)
NOTE: The input power connector consists of a removable wire plug and PCB header located on
the 1010X-8 I/O module. Two screws secure the wire plug to the header. The connector assembly
is fully polarized for fast and easy mating. The wire plug accepts stranded or solid conductors of
AWG 12 - 18. To insert a wire into the wire plug, strip back the insulation by 0.31" (8 mm), loosen
the wire clamp screw, insert the stripped wire end and then re-tighten the wire clamp screw.
lPlug input power connector P8 into connector J8 and secure using two captive connector
mounting screws as indicated above.
lSecure power-input cable with cable clamp to prevent wire breakage.
lReplace Rear Housing Cover and tighten setscrew.
lConnect the power cables to the appropriate power source previously selected from the tables
above and power up unit.
lIf unit is operational, turn power off and install transducer cables.
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Errata
1. FUH1010 Interface Detector NEMA 7 Compact Flow Meter Manual
Troubleshooting Table Update
In the FUH1010 Interface Detector NEMA 7 Compact flow meter manual P/N CQO:1010BXFM-3 Revison
B replace the troubleshooting table in Section 2 - Installation Menu on pages 2-58, 2-59 and 2-60 with
the following:
Error or Message Probable Cause Solution
(continued)
Delete an obsolete site or clear
Datalogger memory to make
room for the new data.
Memory Full!
Memory Corrupted!
Response to an attempt to save site
data when data memory is full.
Memory read error occurred while
accessing the active site data.
Chan Not Setup Response to an attempt to invoke
an operation that requires a chan-
nel to be enabled.
Refer to F4 reset procedure in
the Operation Instructions
manual.
Enable the channel [Channel
Setup Channel - Enable - Yes].
Note that a channel cannot be
enabled until an “Install” opera-
tion is completed.
Clr Active Memory? Use this function to restore opera-
tion if a severe event (e.g. a violent
power surge) disrupts system
operation.
Refer to F4 reset procedure in
the Operation Instructions
manual.
Clr Save Data? [Clr Saved Data?] only appears
after pressing <Down Arrow> in
response to [Clr Active Memory?].
Answering [Yes] to [Clr Saved
Data?] will erase ALL saved
data. To invoke in RS-232 serial
mode, type @@@ and then
press <ENTER> key.
<EOT> Response to a request to output
Datalogger data to the printer or
the Graphics screen when no
datalogger data exists or at the end
of a transmitted file.
Set up the Datalogger.
No Sites - Press <ENTER>
Response upon charging previously
entered data when security switch
is in [Disable] position or security
code has been entered.
Create a site.
Security
Response while trying to recall/
delete a site setup when no sites
are stored.
Change switch position to
[Enable].
Enter previously set security
code.
Meter requires service. Request
RMA.
RTC Error Component level problem.
ERRATA
FUH1010 Interface Detector Compact NEMA 7 Manual Updates
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Error or Message Probable Cause Solution
• Recouple sensors with fresh
couplant.
• Install Sensors in Direct mount
mode.
• Note: If problem persists call
Tech support.
- - -F - - -Fault Alarm • Loss of signal signal strength
• Change of Rx signal location (Beam
Blowing)
Re-space Index The measured liquid sonic velocity
(Vs) is more than +/- 25 % of the av-
erage Vs range.
• Ensure proper pipe dimensions
and/or Liquid data entries are cor-
rect.
• Properly enter correct Sensor
Size into meter [Install Sensor]
menu.
• Confirm sensor spacing is cor-
rect by checking [Install Sensor]
menu spacing parameters.
This may be due to one of the fol-
lowing:
• An out-of-range data entry.
• An invalid condition; (e.g.,
overlapping sensors in Reflect
Mode). If selecting Direct Mode
does not resolve, review all site
setup and sensor installation
choices; particularly data en-
tered for the pipe and liquid.
• In Reflect Mode, the flow
meter detects that the pipe wall
signal may impinge upon the
liquid signal. Use Direct Mode
instead.
Trigger <ENTER>, <UP Arrow>,
<DOWN Arrow>, or <LEFT Ar-
row> to abort install routine. Con-
tinue programming other site data
in anticipation of resolving the dif-
ficulty later. Call technical support
for help if necessary.
During the Initial Makeup, the system
detects invalid sensor spacing, erro-
neous liquid/pipe parameters, or
some other factor that prevents it
from completing the Initial Makeup.
Invalid Setup (use Direct Mode)
(continued)

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Error or Message Probable Cause Solution
Some reasons for low signal are:
• Invoking [Install Complete?] on
an empty pipe.
• Coupling compound insufficient,
not applied or evaporated. Reap-
ply couplant.
• A disconnected or broken sen-
sor cable.
• The pipe needs to be condi-
tioned at the mounting location.
• Flush out large air bubbles.
• The sensor cables are defec-
tive or not connected to the cor-
rect channel.
• The Set Empty routine per-
formed when pipe was NOT ac-
tually empty.
• If you locate and correct the im-
proper condition immediately trig-
ger <ENTER> to resume the in-
stallation procedure. Otherwise,
trigger the <Left Arrow> to abort
the installation and conduct a thor-
ough investigation.
Low Signal - Press <ENTER> During the Initial Makeup the flow
meter decides that a level of the re-
ceive signal is insufficient for proper
operation.
Attempt to improve operating con-
ditions by reinstalling the sensors
at a different spacing offset, or
even at a different location on the
pipe.
Switching from Reflect to Direct
Mount may solve the problem.
However, operation may not be
possible if there is poor liquid, pipe
wall sonic conductivity or extreme
liquid aeration.
If it appears that the flow meter can
not complete an Initial Makeup this
means that the pipe and/or liquid con-
ditions do not permit a recieve signal
that meets the flow detection stan-
dards.
The system will not operate.
Detection Fault
Siemens Hardware

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2. DIN Pipe Table Note
In Section 2, add the following note right after paragraph 2.2.1 How to Select a Pipe Class:
NOTE:
The DN sizes listed in the [Select Pipe Size] menu option list are referenced to DIN Table
2448. After selecting pipe size, check pipe OD and wall thickness for correct dimensions.
3. Empty Pipe Set Procedure Update
In Section 2, paragraph 2.4.10 Empty Pipe Set Menu replace the introductory paragraphs and
warning with the following:
The flow meter performs the MTYmatic routine automatically during its Initial Make-up to estab-
lish a standard setting for the Empty Pipe alarm. This process is normally sufficient for setting
this parameter. The [Empty Pipe Set] option list allows you to re-invoke MTYmatic, use an
Actual MTY routine (if application conditions allow you to empty and refill the pipe) or use the
Set Empty routine to set the empty pipe threshold by direct numeric entry.
How To Use the Actual MTY Command
If application conditions allow you to empty and refill the pipe, then you may choose to perform
the Actual Empty procedure; however, it is not required to do so.
WARNING: NEVER perform the Actual MTY procedure if the pipe can not be emptied.