Tek-Trol TEK-COR 1100A User manual

Technology Solutions
TOR 1100A
EK-C
Instruction Manual
Coriolis Mass Flow Meter
Document Number: IM-1100A
www.tek-trol.com

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NOTICE
Read this manual before working with the product. For personal and system safety, and for optimum product performance, make sure you thoroughly understand the contents before installing, using, or maintaining this product.
For technical assistance, contact
Customer Support
796 Tek-Drive
Crystal Lake, IL 60014
USA
Tel: [phone]
© COPYRIGHT Tek-Trol LLC 2021
No part of this publication may be copied or distributed, transmitted, transcribed, stored in a
retrieval system, or translated into any human or computer language, in any form or by any means,
electronic, mechanical, manual, or otherwise, or disclosed to third parties without the express
written permission. The information contained in this manual is subject to change without notice.

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Table of Contents
1Safety Instructions .................................................................................................... 4
1.1 Intended Use ...............................................................................................................4
1.2 Certification.................................................................................................................4
1.3 Safety Instructions from the Manufacturer ................................................................... 4
1.3.1 Disclaimer..........................................................................................................................4
1.3.2 Product Liability and Warranty .........................................................................................4
1.3.3 Information Concerning the Documentation....................................................................4
1.4 Safety Precautions .......................................................................................................4
1.5 Packaging, Transportation and Storage.........................................................................5
1.5.1 Packaging........................................................................................................................... 5
1.5.2 Transportation................................................................................................................... 6
1.5.3 Handling ............................................................................................................................6
1.5.4 Storage .............................................................................................................................. 7
1.5.5 Nameplate.........................................................................................................................7
2Product Description .................................................................................................. 8
2.1 Principle of Operation ..................................................................................................8
2.2 Models ........................................................................................................................9
2.2.1 U-Tube............................................................................................................................... 9
2.2.2 Standard ............................................................................................................................ 9
2.2.3 Nano .................................................................................................................................. 9
2.2.4 Super Bend ........................................................................................................................ 9
2.2.5 Straight ............................................................................................................................10
2.2.6 Duo .................................................................................................................................. 10
2.3 Technical Specifications ............................................................................................. 10
2.4 Flow Ranges............................................................................................................... 11
2.4.1 Flow Ranges for Liquid (U-Tube) .....................................................................................11
2.4.2 Flow Range for Liquid (Standard)....................................................................................11
2.4.3 Flow Range for Gas..........................................................................................................12
2.4.4 Flow Range of Volume of Air under STP Conditions .......................................................12
2.4.5 Flow Rate Factor..............................................................................................................12
2.4.6 Accuracy, Basic Error and Repeatability..........................................................................13
2.4.7 Density Measuring .......................................................................................................... 13
2.4.8 Temperature Measuring .................................................................................................13
2.5 Electrical Specifications .............................................................................................. 13
2.5.1 Current Output................................................................................................................13
2.5.2 Pulse Output....................................................................................................................13
2.5.3 Low Flow Cut-off .............................................................................................................13
2.5.4 RS 485 Output ................................................................................................................. 14
2.5.5 Power Consumption........................................................................................................ 14
2.6 Environmental Specification....................................................................................... 14
2.6.1 Environment Vibration....................................................................................................14
2.6.2 Environment Temperature..............................................................................................14
2.6.3 Enclosure Grade .............................................................................................................. 14
2.7 Dimensional Drawings ............................................................................................... 14
2.7.1 Outline Dimensions for U-Shaped...................................................................................14
2.7.2 Outline Dimensions for Standard.................................................................................... 15
2.7.3 Dimensions of Remote Type Transmitter .......................................................................16
2.7.4 Outline Dimensions for Nano..........................................................................................16
2.7.5 Outline Dimensions for Super Bend................................................................................17

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2.7.6 Outline Dimensions for Straight......................................................................................17
2.7.7 Weights ...........................................................................................................................18
2.8 Model Chart............................................................................................................... 18
3Installation.............................................................................................................. 19
3.1 Basic Requirement for Installation.............................................................................. 19
3.1.1 Position Selection............................................................................................................ 19
3.1.2 Maximum Length of the Cable........................................................................................20
3.1.3 Closing of Valve before Zero-Point Calibration............................................................... 20
3.2 Installation Direction ................................................................................................. 20
3.2.1 Horizontal and Vertical Installation................................................................................. 20
3.2.2 Difficult Installation Location for Liquid and Gas Measurement ....................................20
3.2.3 Flow Direction .................................................................................................................22
3.3 Mounting................................................................................................................... 23
3.3.1 Sensor Mounting.............................................................................................................23
3.3.2 Transmitter Mounting..................................................................................................... 24
3.4 Wiring ....................................................................................................................... 24
3.4.1 Basic Requirements.........................................................................................................24
3.4.2 Junction Box ....................................................................................................................24
3.4.3 Cable Connection ............................................................................................................24
3.4.4 Earthing ...........................................................................................................................25
3.4.5 Power Line Wiring ...........................................................................................................26
4Electrical Connections ............................................................................................. 26
4.1 Basic Requirement ..................................................................................................... 26
4.2 Power Cable .............................................................................................................. 26
4.3 Current Output Wiring ............................................................................................... 27
4.4 Pulse Output Wiring................................................................................................... 27
4.5 RS 485 Output Wiring................................................................................................. 28
5Operation ............................................................................................................... 28
5.1 Display ...................................................................................................................... 28
5.2 Configuration Parameter............................................................................................ 29
5.2.1 Measuring Unit................................................................................................................ 30
5.2.2 Reset Totalizer................................................................................................................. 30
5.2.3 Low Flow Cut-off .............................................................................................................30
5.2.4 Current Output................................................................................................................30
5.2.5 Pulse/Frequency Output .................................................................................................30
5.2.6 RS 485 Output ................................................................................................................. 31
5.2.7 First Menu ....................................................................................................................... 31
5.2.8 Oil and Water Content Analysis ...................................................................................... 31
5.2.9 Zero Calibration............................................................................................................... 32
5.3 Calibration................................................................................................................. 32
5.3.1 Zero Calibration............................................................................................................... 32
5.3.2 Flow Calibration ..............................................................................................................32
5.4 Menu Tree ................................................................................................................. 33
6Pressure Loss .......................................................................................................... 34
7Troubleshooting...................................................................................................... 36
7.1 Diagnostic Tool .......................................................................................................... 36
7.2 Checking the Sensor Connection................................................................................. 36
7.3 Power Connection...................................................................................................... 36
7.4 Explosion Proof.......................................................................................................... 36

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1Safety Instructions
1.1 Intended Use
This measuring device is intended to measure the mass flow rate. At the same time, the
system also measures fluid density and fluid temperature. These parameters are then
used to calculate other variables such as volumetric flow.
1.2 Certification
Tek-Cor 1100A has UL, CE, NTEP, and HMO certifications.
1.3 Safety Instructions from the Manufacturer
1.3.1 Disclaimer
The manufacturer will not be held accountable for any damage that happens by using
its product, including, but not limited to direct, indirect, or incidental and
consequential damages.
Any product purchased from the manufacturer is warranted in accordance with the
relevant product documentation and our Terms and Conditions of Sale.
The manufacturer has the right to modify the content of this document, including the
disclaimer, at any time for any reason without prior notice, and will not be answerable
in any way for the possible consequence of such changes.
1.3.2 Product Liability and Warranty
The operator shall bear authority for the suitability of the device for the specific
application. The manufacturer accepts no liability for the consequences of misuse by
the operator. Wrong installation or operation of the devices (systems) will cause the
warranty to be void. The respective Terms and Conditions of Sale, which forms the
basis for the sales contract shall also apply.
1.3.3 Information Concerning the Documentation
To prevent any injury to the operator or damage to the device it is essential to read
the information in this document and the applicable national standard safety
instructions. This operating manual contain all the information that is required in
various stages, such as product identification, incoming acceptance and storage,
mounting, connection, operation and commissioning, troubleshooting, maintenance,
and disposal.
1.4 Safety Precautions
You must read these instructions carefully prior to installing and commissioning the
device. These instructions are an important part of the product and must be kept for
future reference. Only by observing these instructions, optimum protection of both
personnel and the environment, as well as safe and fault-free operation of the device
can be ensured.

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For additional information that are not discussed in this manual, contact the
manufacturer
Warnings and Symbols Used
The following safety symbol marks are used in this operation manual and on the
instrument.
WARNING
Indicates a potentially hazardous situation which, if not avoided, could result in
death or serious injury
CAUTION
Indicates a potentially hazardous situation which, if not avoided, may result in
minor or moderate injury. It may also be used to alert against unsafe practices.
NOTE
Indicates that operating the hardware or software in this manner may damage it or
lead to system failure.
1.5 Packaging, Transportation and Storage
1.5.1 Packaging
The original package consists of
1. Tek-Cor 1100A Coriolis Mass Flow Meter
2. Documentation

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1.5.2 Transportation
•Avoid impact shocks to the device and prevent it from getting wet during
transportation.
•Verify local safety regulations, directives, and company procedures with respect
to hoisting, rigging, and transportation of heavy equipment.
•Transport the product to the installation site using the original manufacturer’s
packing whenever possible.
1.5.3 Handling
•Use a sling to lift and carry the instrument.
•Do not lift the instrument using the flange bolt holes.
•Do not lift the instrument on the transmitter housing and on the transmitter stem.
WARNING
The centre of gravity of the instrument is higher than the suspension points of the
sling. There is a risk of injury if the instruments slips. Fulfil the local safety
instructions while lifting the instrument

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1.5.4 Storage
If this product is to be stored for a long period of time before installation, take the
following precautions:
•Store your product in the manufacturer’s original packing used for shipping.
•Storage location should conform to the following requirements:
oFree from rain and water
oFree from vibration and impact shock
oAt room temperature with minimal temperature and humidity variation
•Before storing a used flow meter remove any fluid from the flow meter line
completely. Properties of the instrument can change when stored outdoors.
1.5.5 Nameplate
The nameplate lists the order number and other important information, such as design
details and technical data.
NOTE
Check the device nameplate to ensure that the device is delivered according to
your order. Check for the correct supply voltage printed on the nameplate.
Name Plate of Tek-Cor 1100A Sensor
Name Plate of Tek-Cor 1100A Transmitter

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2Product Description
This section covers the reference and specification data, as well as ordering
information.
2.1 Principle of Operation
The Coriolis measuring principle refers to the effect that a moving mass has on a body
in a rotating frame of reference. The moving mass exerts an apparent force on the body,
causing a deflection. This force is called the Coriolis force. It does not act directly on the
body, but on the motion of the body. This principle is used in Coriolis flow meters. A
Coriolis flow meter consists of two parallel tubes that are made to oscillate using a
magnet. These oscillations are recorded by sensors fitted at the inlet and outlet of each
tube. In a no-flow state, the oscillations are synchronized, since there is no mass
exerting any force on the tubes. Any fluid flowing through the tubes generates Coriolis
forces, causing the tubes to twist in proportion to the mass flow rate of the fluid.

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2.2 Models
The Tek-Cor 1100A Series Coriolis Mass Flow Meters are available in the following six
configurations:
2.2.1 U-Tube
These flow meters are comprised of two U-Tubes, a
magnet and coil assembly, and sensors at the inlet and
outlet of the tubes. Coriolis forces exerted by the flowing
medium are used to determine the mass flow rate and
density of the medium.
2.2.2 Standard
These flow meters are comprised of two U-shaped tubes in
a casing with a considerably smaller radius than the
conventional U-Shaped Coriolis flow meters. The smaller
radius ensures a more compact instrument with
significantly lower pressure differential values compared
to other flow meters.
2.2.3 Nano
These flow meters are the most compact in our range of
Coriolis Mass Flow Meters, designed specifically to provide
optimum performance in low-flow applications. It
comprises a single flow tube which is considerably smaller
in size than the conventional U-Shaped flow meters.
2.2.4 Super Bend
The Super Bend coriolis mass flow meter is used in a wide
range of applications to accurately measure the flow
media. It consists of a loop-powered dual tube system,
capable of withstanding pressures of up to 1450 psi. It is
also more cost-efficient compared to conventional flow
meters.
Super Bend (Size 3/8” to 8”)
U-Tube sensor (Size 1” to 8”)
Standard sensor (size 3/8” to 8”)
Nano sensor (Size 3/8” to 1”)

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2.2.5 Straight
It is the highest capacity Coriolis Mass Flow Meter for
liquid and gases. Its straight tube design is ideal for
bunkering operations and custody transfer or fiscal
metering in the oil and gas industry. The Straight Coriolis
Flow Meter offers excellent corrosion resistance and is
self-draining with a plug-resistant flow path.
Straight (Size 3/8” to 1”)
2.2.6 Duo
Duo Coriolis Mass Flow Meter is mostly used in custody
transfer applications. It provides high accuracy,
repeatability, versatility, reliability in fluid
measurement. It has a tolerance of solid particles and
minimizes pressure drop, which increases the
performance. This meter can be installed without long,
straight pipe runs upstream and downstream. Duo
Coriolis Mass Flow Meter is suitable for high flow rate
applications.
Duo (Size 10” to 24”)
2.3 Technical Specifications
Accuracy ±0.05%, ±0.1%, ±0.2% or ±0.5%
Density Accuracy 0.001g/cm3 (Consult Factory for Better)
Repeatability
± 0.05% (for 0.1% accuracy), ± 0.1% (for 0.2% accuracy),
±0.25% (for 0.5% accuracy) or ± 0.05% (for 0.05% accuracy)
Sensor Type Standard, U Tube, Nano, Super Bend, Straight Tube, Dual Path
Process Media Liquid or Gas
Transmitter Digital type/Analog type
Power Supply 18-28VDC, 85-220VAC
Maximum Pressure
For 3/8” to ½” 3600psi (25MPa)
For 1” 2300psi (16MPa)
For 1 ½” to 2” 1500psi (10MPa)
For 3” to 4” 900psi (6MPa)
Signal Output 4-20 mA and Pulse, Optional: HART, Modbus RS485 or Ethernet
Process Connections DIN, ANSI Flanges, NPT, Flare, Tri-Clamp
Electronics Direct Mount or Remote Mount
Diagnostic Functions Reset Totalizer
Graphic Display OLED

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Operating Elements 3 optical keys for operator
Additional Features
Low Flow Cut-off, Oil and Water Content Analysis, Zero Calibration,
Flow Calibration, Long-Term Stability, Zero Point Adjustment,
Conforms IEC 61362 (Industrial) EMC Directive, Useful for all type
of sensors i.e. U-Tube, Nano, Standard
Temperature Range
Direct Mount -60°F to 200°F (-50°C to 125°C)
Remote Mount -300°F to 400°F (-180°C to 200°C)
2.4 Flow Ranges
2.4.1 Flow Ranges for Liquid (U-Tube)
Size (inch)
Allowable Flow
Range
(lb/min)
Normal Flow Range
for Accuracy 0.1%
(lb/min)
Normal Flow Range
for Accuracy 0.2%,
0.5%(lb/min)
1 ½” 12 - 1175 74 - 1175 56 - 1175
2” 19 - 1837 110 - 1837 92 - 1837
3” 52 - 5144 221 - 5144 203 - 5144
4” 74 - 7340 552 - 7348 441 - 7348
6” 184 - 18371 1287 - 18371 1103 - 18371
8” 368 - 36743 2572 - 36743 2573 - 36743
2.4.2 Flow Range for Liquid (Standard)
Size (inch)
Allowable Flow
Range
(lb/min)
Normal Flow Range
for Accuracy 0.1%
(lb/min)
Normal Flow Range
for Accuracy 0.2%,
0.5%
(lb/min)
½” 1 – 110 8 – 110 6 – 110
1” 3 – 293 23 – 293 15 – 293
1 ½” 9 – 881 89 – 881 42 – 881
2” 19 – 1837 184 – 1837 92 – 1837
3” 30 – 4409 294 – 4409 294 – 4409
4” 56 – 7348 552 – 7348 368 – 7348
6” 184 – 18371 1838 – 18371 919 – 18371
8” 368 – 36743 3674 – 36743 18372 – 36743

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2.4.3 Flow Range for Gas
Size (Inch)
Measurable Flow Range
(lb/min)
Flow Range with 0.5%
(lb/min)
1/2”
1 - 110
3 - 110
1”
2 - 293
8 - 293
1 ½”
12 - 1176
30 - 1176
2”
19 - 1837
46 - 1837
3”
26 - 5144
129 - 5144
4”
37- 7348
184 - 7348
6”
92 - 18371
460 - 18371
2.4.4 Flow Range of Volume of Air under STP Conditions
Size (Inch)
Initial flow
(GPM)
Initial flow
(Scfm)
Flow range with
accuracy 0.5%
(GPM)
Flow range with
accuracy 0.5%
(Scfm)
1/2”
55
8
275~11007.5
40 – 1585
1”
146.5
21
734~29353
106 – 4226
1 ½”
587
84
2935.5~117411
423 – 16906
2”
917.5
132
4586.5~183454.5
661 – 26416
3”
2568.5
370
12842~513672
1849 - 73966
4”
3669
528
18345.5~733817
2642 - 105665
6”
9172.5
1321
45863.5~1834542
6604 – 264164
2.4.5 Flow Rate Factor
The flow rate of the Tek-Cor 1100A must be checked according to the formula below:
Medium flow rate =      
  
Size (inch)
½”
1”
1 ½”
2”
3”
4”
6”
8”
Flow rate
factor
0.362
1.558
1.634
3.535
8.338
15.89
26.15
58.84
NOTE
•The gas flow velocity is usually much higher than liquid when measured by a flow
meter, so there is noise caused by gas medium and tube wall of flow meter
under a high-speed gas flow and if the noise becomes loud enough, the signal of
flow meter will be influenced, so use the Tek-Cor 1100A Coriolis flow meter for
gaseous medium at velocity less than 1/3rd of the sound velocity (360 fps).
•Use Tek-Cor 1100A for gas with a pressure less than 29 PSI (0.2 MPa).

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2.4.6 Accuracy, Basic Error and Repeatability
Accuracy
0.1%
0.2%
0.5%
Basic Error
±0.10%
±0.20%
±0.50%
Repeatability
±0.05%
±0.10%
±0.25%
Accuracy is calculated based on the water measurement under the conditions of
68
o
F to 77
o
F (20
o
C to 25
o
C) and 14.5 PSI to 29 PSI (0.1 MPa to 0.2 MPa)
2.4.7 Density Measuring
Density Range
2 – 30 lb/gal (0.2 to 3 g/cm3)
Basic Error
±0.02 lb/gal (±0.002 g/cm3)
Repeatability
±0.01 lb/gal (±0.001 g/cm3)
2.4.8 Temperature Measuring
Temperature Range
Direct Mount
-58 oF to 257 oF (-50 oC to 125 oC)
Remote Mount
-58 oF to 392 oF (-50 oC to 200 oC)
Basic Error
≤±32 oF (≤±1 oC)
2.5 Electrical Specifications
2.5.1 Current Output
A passive current output of 4-20mA can be configured to indicate the mass flow,
volume flow, or density.
Output Range
4-20 mA
Resolution
0.000244 mA
Basic Error
0.2% FS
Temperature Influence
±0.005 FS/oF
External resistor should be 250 Ω to 600 Ω
2.5.2 Pulse Output
Active pulse output can be configured to indicate the mass flow, volume flow, or
density.
Output Range
0 – 10 kHz
Resolution
0.152 kHz
Basic Error
0.075% FS
Temperature Influence
±0.005 FS/oF
Capability of output range is 12 kHz
2.5.3 Low Flow Cut-off
When the mass flow value is lower than the value of low flow cut-off, the Tek-Cor
1100A Coriolis Mass Flow meter shows the output of flow rate as zero, and the

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totalizer stops accumulating. The value of low flow cut-off is usually set to be 1% of
the maximum flow rate.
2.5.4 RS 485 Output
RS485 output is compatible with the RTU mode of the Modbus protocol. For details,
contact Tek-Trol.
2.5.5 Power Consumption
The normal power consumption for flow meter is 10 W, and the maximum power
consumption is 15 W.
2.6 Environmental Specification
2.6.1 Environment Vibration
Frequency Range
10 to 2000 Hz
Maximum Acceleration
2 g
Maximum Vibration cycles
50
2.6.2 Environment Temperature
Working Temperature
-40 oF to 131 oF (-40 oC to 55 oC)
Storage Temperature
-68 oF to 158 oF (-20 oC to 70 oC)
2.6.3 Enclosure Grade
The enclosure grade for the Tek-Cor 1100A Coriolis Mass Flow meter is IP67.
2.7 Dimensional Drawings
2.7.1 Outline Dimensions for U-Shaped
Size
in(mm)
L
L1
In(mm)
H
In(mm)
H in(mm)
≤300# (4 MPa)
In(mm)
≥600# (6.3 MPa)
In(mm)
Integrated
Remote
In(mm)
Size

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1 1/2”(40) 20 1/2”(511.75) 21 1/2”(538.25) 18 1/2”(462.5) 26”(649.5) 11”(275.5) 8 1/4”(206.5)
2”(50) 22”(549) 23 1/4”(578.5) 21 3/4”(541.25) 28”(698.75) 11 1/2”(285.25) 8 3/4”(216.5)
3”(80) 30 3/4”(767.5) 31 3/4”(795.25) 28”(698.75) 41”(1023.5) 12 1/2”(314.75) 9 3/4”(246)
4”(100) 36 1/4”(905.5) 37 1/4”(933) 33 3/4”(846.25) 45”(1122) 13 3/4”(344.25) 11”(275.5)
6”(150) 43 1/4”(1082.5) 45”(1122) 41 1/4”(1033.25) 59 3/4”(1496) 15”(374) 121/4”(305)
8”(200) 53 3/4”(1342.5) 55 1/2”(1387.75) 45 3/4”(1141.5) 65 1/4”(1628.75) 16 1/2”(413.25)
13 3/4”(344.25)
2.7.2 Outline Dimensions for Standard
Size
in(mm)
L in(mm)
L1
in(mm)
H
in(mm)
H1 in(mm)
≤300# (4 MPa) ≥600# (6.3 MPa) Integrated Remote
1/2”(15)
153/4”(393.5)
161/4”(407.25)
11“(275.5)
71/4”(181)
111/2”(285.25)
83/4”(216.5)
1“(25)
19 3/4”(492)
21 “(527.5)
14 1/4”(354.25)
93/4”(246)
113/4”(295.25)
9”(226.25)
11/2”(40)
231/2”(590.5)
25”(624)
18”(452.75)
113/4”(295.25)
121/4”(305)
91/2”(236)
2”(50)
311/2”(787.25)
32 1/2”(814.75)
25 1/4”(629.75)
161/4”(403.5)
12 1/2”(314.75)
93/4”(246)
3”(80)
351/2”(885.75)
361/2”(913.25)
271/2”(688.75)
191/4”(482.25)
133/4”(344.25)
11”(275.5)
4”(100)
44 1/2”(1112)
451/2”(1137.75)
333/4”(846.25)
26”(649.5)
141/2”(364)
111/2”(285.25)
6”(150)
55 1/2”(1387.75)
57”(1427)
471/4”(1181)
351/2”(885.75)
153/4”(393.5)
13”(325)
8 “(200)
703/4”(1771.5)
721/2”(1814.75)
57 “(1427)
46 “(1151.5)
161/2”(413.25)
133/4”(344.25)
Size
H1
H
L
L1

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2.7.3 Dimensions of Remote Type Transmitter
2.7.4 Outline Dimensions for Nano
Size
in(mm)
L in(mm) L1
in(mm)
H
in(mm)
H1 in(mm)
≤300# (4 MPa) ≥600# (6.3 MPa) Integrated Remote
½”(15) 7”(177) 7 3/4”(190.75) 13 3/4”(344.25) 11 1/2”(285.25) 10 1/4”(255.75) 7 1/2”(187)
1”(25) 7 3/4”(196.75) 23 1/4”(199) 18”(450.75) 15 3/4”(393.5) 11”(275.5) 8 1/4”(206.5)
E
I
EX
5 1/”(130mm)
5 1/”(130mm)
7”(175mm)
5”(125mm)
4 1/”(115mm)
12 1/”(310mm)
Size
H1
H
L
L1

Technology
Solutions
Instruction Manual
Tek-Cor 1100A
www.tek-trol.com
17
2.7.5 Outline Dimensions for Super Bend
2.7.6 Outline Dimensions for Straight
Line Size
in(mm)
L
in (mm)
H
in (mm)
H1
in (mm)
3/8” (10) 13 ¾” (347) 10 ¾”(268.75) 9 ¼” (233)
½” (15) 16 ¼” (409) 10 ¾”(268.75) 9 ¼” (233)
¾” (20) 22” (548) 12” (296.87) 9 ¾” (247)
1” (25) 26 ½” (665) 13 1/8” (328.12) 10 ½”(260)
L
H1
H
L
H
H1
Line Size
in(mm)
L
in (mm)
H
in (mm)
H1
in (mm)
3/8” (10)
15 ¼” (385)
13 ¾” (345)
10 ¾” (270)
½” (15)
15 ¼” (385)
13 ¾” (345)
10 ¾” (270)
1” (25)
21” (525)
15 ½” (386)
11 ¼” (282.87)
1 ½” (40)
23” (576)
15 ½” (386)
11 ¼” (282.87)
2” (50)
28 ½” (715)
16 ¾” (416)
11 ¾”(291)
3” (80)
36 ½” (910)
-
-
4” (100)
42 ½” (1060)
-
-
6” (150) 52” (1300) - -

Technology
Solutions
Instruction Manual
Tek-Cor 1100A
www.tek-trol.com
18
2.7.7 Weights
Size (inch)
½”
1”
1 ½”
2”
3”
4”
6”
8”
U-tube, lb (kg) - -
67
(30 kg)
89
(40 kg)
220
(100 kg)
419
(190 kg)
717
(325 kg)
1182
(536 kg)
Standard, lb (kg) 27
(12 kg)
33
(15 kg)
55
(25 kg)
84
(33 kg)
172
(78 kg)
298
(135 kg)
629
(285 kg)
948
(430 kg)
Nano, lb (kg)
29
(13 kg)
38
(17 kg)
- - - - - -
2.8 Model Chart
Example
Tek-Cor 1100A
2
1
025
B
1
S
150
1
E
L
Tek-Cor 1100A-2-1-025-B-1-S-150-1-E-L
Series
Tek-Cor 1100A
Coriolis Mass Flow Meter
Type
1
U - Tube
2
Standard
3
Nano
4
Super Bend
5
Straight
6
Duo
Process
Temp
1
Standard (-60 to 260 deg F)
2
Low (-300 to 260 deg F)
3
High (-60 to 400 deg F)
Size
008
3/8" (3600psi Max Pressure)(Type 2,3,4,5)
015
1/2" (3600psi Max Pressure)(Type 2,3,4,5)
025
1" (2300psi Max Pressure)(Type 1,2,3,4,5)
040
1-1/2" (1500psi Max Pressure)(Type 1,2,4)
050
2" (1500psi Max Pressure)(Type 1,2,4)
080
3" (900psi Max Pressure)(Type 1,2,4)
100
4" (900psi Max Pressure)(Type 1,2,4)
150
6" (580psi Max Pressure)(Type 1,2,4)
200
8" (580psi Max Pressure)(Type 1,2,4)
250
10" (580psi Max Pressure)(Type 6)
300
12" (580psi Max Pressure)(Type 6)
350
14" (580psi Max Pressure)(Type 6)
400
16" (580psi Max Pressure)(Type 6)
500
20" (580psi Max Pressure)(Type 6)
600
24" (580psi Max Pressure)(Type 6)
Accuracy
A
0.50%
B
0.20%
C
0.10%
D
0.05% (Custody Transfer)
Electronics
1
Direct Mount
2
Remote Mount
3
Remote CT Flow Computer
4
F1001 NTEP Flow Computer
Output
I
4-20 mA, HART, Pulse
S
4-20 mA, Modbus RS485, Pulse
D
Two 4-20mA, Pulse
E
Ethemet, 4-20mA, HART RS-485
Process
Connection
150
150# ANSI Flange
300
300# ANSI Flange
600
600# ANSI Flange
900
900# ANSI Flange
001
NPT
002
Flare Fitting