General Information ...................................................................................................................................................Page 3
Features ...........................................................................................................................................................................Page 3
Positioning the Meter ................................................................................................................................................Page 5
Flow Range .....................................................................................................................................................................Page 8
Full Pipe Recommendations ....................................................................................................................................Page 10
Operation Theory ........................................................................................................................................................Page 13
Checking Signal ............................................................................................................................................................Page 13
Parts Explosion .............................................................................................................................................................Page 14
Parts List ..........................................................................................................................................................................Page 14
IP100/200 SERIES INSTRUCTIONS
Troubleshooting
Problem ...........................................................................................................................................................................Page 15
Probable Cause .............................................................................................................................................................Page 15
Things To Try..................................................................................................................................................................Page 15
The IP100/200-Series are adjustable depth insertion
paddlewheels that come in brass, PVC, or 316 stainless
models to t 3” to 40” pipe. Adapters mate with standard
1-1/2” (11x/21x) or 2” (15x/25x), or PVC (11x/21x) NPT
threaded ttings such as saddles and weldolets which may
be purchased either locally or from Seametrics.
Ruby bearings and a non-drag Hall-effect sensor give these
meters the widest ow range of any of the paddlewheel
types. A sensor detects the passage of miniature magnets
in the six rotor blades. The resulting square-wave signal
can be sent for hundreds of feet over unshielded cable
without a transmitter and connected directly to many PLC’s
and other controls without any additional electronics.
Features
Housing Screw
(connect one to ground)
Optional Electronics Module
A modular system of electronics can be installed directly
on the ow sensor or mounted remotely. The FT430
(externally powered with pulse), FT440 (loop powered),
and FT450 (battery powered) all provide digital rate and
total displays, as well as a programmable pulse; the FT440
also provides a 4-20 mA analog output. The AO55 is a
blind analog (4-20 mA) transmitter. Programmable pulse
for pump pacing is available with the PD10 (available as
wall mounted unit only).
The “hot-tap” models (IP15x/25x) can be installed or
serviced without shutting down the line by means of a
2” full-port isolation valve that comes with a nipple for
installation on the pipe tting. In most circumstances, no
special tool is required.
Cable Gland Strain Relief
IP11x/21x
(Shown with optional externally
powered electronics)
Powder-Coated Cast
Aluminum Housing
Cable Gland Strain Relief
Compression Nut for easy
adjustment, secure locking
Adapter mates with threaded tting
FNPT 1 1/2” FNPT 2”
TemperatureBrass/SS: 200˚ F (93˚ C) PVC: 130˚ F (55˚ C)
Flow Velocity 0.3 to 30 ft/sec (0.9 to 9.14 m/sec)
Accuracy± 1.5% of full scale
Output Transistor Maximum Current Sinking150mA (low power version only)
Cable#22 AWG 3-con, 18’ (6m); 2,000’ (610m) maximum cable run Note: 50’ (15m) maximum for battery powered
Environmental
Regulatory
*Specications subject to change. Please consult our website for the most current data (www.seametrics.com).
Kynar is a registered trademark of Arkema, Inc.
or micropowered versions.
See meter mounted electronic specication for rating.
Mark
Seametrics • 253.872.0284 Page 4 seametrics.com
INSTALLATION
IP100/200 SERIES INSTRUCTIONS
Positioning the Meter
For best results, the IP sensor should be installed with
at least ten diameters of straight pipe upstream and
ve downstream. Certain extreme situations such as
partially-opened valves are particularly difcult and may
require fteen diameters upstream. (See Straight Pipe
Recommendations.)
Faster Flow
Causes Meter
Distorted
Flow Prole
To Read High
FLOW
10X
5X
Distorted Flows
Horizontal (3 o’clock or 9 o’clock position) is the preferred
installation orientation, since it improves low-ow
performance and avoids problems with trapped air and
sediment. (See Orienting the Meter diagram below.)
Bottom (6 o’clock), top (12 o’clock), and vertical pipe
installations are all acceptable if required by the piping
layout.
Immersion
The IP100/200 Series standard sensors are not designed
for continuous underwater operation. If this is a possibility,
as in a ooded vault, a unit modied for immersion should
be specied (Option -40).
Caution: These ow sensors are
not recommended for installation
downstream of a boiler feedwater
pump where installation fault may
expose the ow sensor to boiler pressure
and temperature. Maximum recommended
temperature is 200°F.
Fair
Unacceptable if pipe
contains air
Best
Position
Fair
Unacceptable if pipe
contains sediment
Orienting the Meter
Seametrics • 253.872.0284 Page 5 seametrics.com
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