FPR110 Series
Visual Flow Indicator
Description:
FPR 1 1 0 unit s monit o r dyn a m i c fl u id flo w . The roto r react s to turb u l enc e, pul -
sati o n, entr a i ned air, and other fl o w ab n orm a l iti e s induce d in the flow stre a m
by o t h er proc e s s har d war e . Fo r o ptim um p erform anc e, i n s ta l l un its where nom -
ina l f lo w condi t ion s exi s t, wi t h p o rts l o c at e d at t he t o p . Inc o mi ng fl o w m ay be
plac e d to e i th e r po r t . A m ini mum o f 8” o f strai g ht pi p e o n th e i nle t side i s re -
quir e d .
Installation:
FPR 1 1 0 se r i es s e nso r s co n n ec t t o pipi n g vi a NPT mat i ng t h read f orm s . The f o l lo win g
guid e l ine s are provid e d to assi s t with in stal l ati o n for a le a k -fr ee seal , wit h o ut da m age to
the un i t: 1 . App l y pipe t h rea d s eala n t t o m ale p i pe thr e ads. 2 . T hread un i t o nto m ale pipe
threa d u n til h a n d -tig h t . 3. T i ghten pi p e 1 t o 1 -1/ 2 a ddit i onal t u rns . 4. If i m pro per sea l re -
sul t s , co n t inu e tur ning p i p e into uni t in 1 / 4 t u r n i n crem e nt s . Do not e xc e e d on e add i tion al
turn. Reco m m e n d ed P ipe S eal a nt: PFA T hre a d Ta p e.
Panel Mounting:
An y F P R1 1 0 se r i es s e ns o r ma y be p a ne l mo u n ted usin g ho l es i n teg r a ted i nto t he b o di e s.
PLA S T IC B O D IE S: T wo ( 2 ) m ou n t ing ea r s a r e prov i ded at t h e b od y cen t erl i ne t o rece i ve # 8
sel f -tappi ng sc re ws. N O T E : ANS I T T yp e 23 self - tap p i ng scre ws are reco m m e n ded. The y
ma y b e rep l ac e d wi t h sta ndar d m ach i ne sc r e ws i f rei n st a l lat i on s houl d be r equ i red.
BR A SS BOD IE S : T wo mo u n ting hol e s ar e prov i de d on t he b od y c enter l ine , as sho w n.
#8 32 U NC - 2B scre ws ar e req u i r e d for m oun ting.
Filtration and Cleaning:
150 mi c ron fil t ratio n i s re c om men d e d. Ho we v er, sh o u ld fo r e ig n pa r t icl e s en ter the
FPR 1 1 0 s e ns o r , a c cum u lati o n is easi l y cl e are d b y rem ovin g t he len s fr o m t he b o dy.
The lens i s re m ove d b y t urn i ng i ts c e nter rib 4 5 ° c oun t e r - c l o ck wi se an d th e n pu l lin g it
out. T o rei nstal l t h e l ens, si m ply rever s e t h e p r oce s s. Pres s ure m u s t b e r e liev e d f r om
the s ystem pri o r t o sens or c l ean - o u t.
.
Flow Range—GPM
Standard Low Flow
Body Material
Port
Size
Part Number
NPT Threads
Part Number
BSPP Threads
Range Range
Adapter Part
Number
Polypropylene
.25”
FPR111 FPR111-BSP
0.5 - 5.0 0.1 - 1.0 152147
.50” FPR112 FPR112-BSP 4.0 - 20.0 1.5 - 12.0 151832
Brass
.25”
FPR113 FPR113-BSP
0.5 - 5.0 0.1 - 1.0 152147
.50”
FPR114 FPR114-BSP
4.0 - 20.0 1.5 - 12.0 133743
.75” FPR115 FPR115-BSP 5.0 - 30.0 N/A N/A
M-1958/1112
*BSPP units are 4.95” wide.
.25”, .50” Plastic and Brass Bodies*
.75” Brass Bodies*
Wetted Materials
Body
Stainless Steel, Brass or Polypro-
pylene (Hydrolytically Stable,
Glass-Reinforced*
Rotor Pin
Ceramic
Rotor
High Visibility Orange Molded
Nylon or PFA/PPS
Lens
Polysulfone
O-Ring
Buna or FKM
Operating Pressure, Max.
Brass Body
200 psig @ 70°F/80 psig @ 212°
F
Polypropylene Body
100 psig @ 70°F/40 psig @ 212°
F
Operating Temperature, Max.
Brass Body
212°F (100.0°C)
Polypropylene Body
212°F (100.0°C)
Specifications
Important Points!
Product must be maintained and installed in strict accordance with the National
Electrical Code and Omega product catalog and instruction bulletin. Failure to
observe this warning could result in serious injuries or damages.
An appropriate explosion-proof enclosure or intrinsically safe interface device
must be used for hazardous area applications involving such things as (but not
limited to) ignitable mixtures, combustible dust and flammable materials.
Pressure and temperature limitations shown on individual catalog pages and
drawings for the specified flow switches must not be exceeded. These pres-
sures and temperatures take into consideration possible system surge pres-
sures/temperatures and their frequencies.
Selection of materials for compatibility with the media is critical to the life and
operation of Omega flow switches. Take care in the proper selection of materi-
als of construction; particularly wetted materials.
Life expectancy of switch contacts varies with applications.
Ambient temperature changes do affect switch set points, since the specific
gravity of a liquid can vary with temperature.
Flow switches have been designed to resist shock and vibration; however,
shock and vibration should be minimized.
Liquid media containing particulate and/or debris should be filtered to ensure
proper operation of Omega products.
Electrical entries and mounting points may require liquid/vapor sealing if located
in an enclosed tank.
Flow switches must not be field repaired.
Physical damaged sustained by the product may render it unserviceable.