Flowline DL10, DL24 Operating Manual

Download

EchoPod®

Ultrasonic Liquid Level Transmitter, Switch and/or Controller

DL10, DL14, DL24, DL34, DS14, DX10 Series Manual

Flowline, Inc. | 10500 Humbolt Street, Los Alamitos, CA 90720 p 562.598.3015 f 562.431.8507 w flowline.com

MN300210 Rev B4

Introduction / Table of Contents

Step One

EchoPod

is an innovative level sensor family that replaces float, conductance and pressure sensors that fail due to contact with dirty, sticking and scaling media in small (< 4’/1.25m) to medium (<18’/5.5m) tall tanks. Applied in skid, machine, tool and process applications, the general purpose sensors are available with single and multi-function capabilities including measurement, switching and control logic.

TABLE OF CONTENTS

Specifications: .................................................................................................................. 3

Dimensions: .................................................................................................................. 4

Safety Precautions: .......................................................................................................... 5

Components: .................................................................................................................. 6

Getting Started: ................................................................................................................ 7

USB Configuring EchoPod

Relay Configuration: ................................................................................. 9

Tank Shape: ........................................................................................... 10

Tank Level Configuration: ...................................................................... 10

Write to Unit: .......................................................................................... 11

Wiring: ........................................................................................................................... 12

Wiring EchoPod PodView to EchoPod

Wire Connections: .............................................................................................. 13

Wiring to Displays, Controllers and PLC’s .......................................................... 14

Switch Inductive Loads: ..................................................................................... 15

Voltage Output (DL10, DL14, DL24 & DL34 series only): .................................. 15

Installation: …….. ........................................................................................................... 16

Mounting Guide: ................................................................................................. 16

Installation in Existing Fittings: ........................................................................... 16

Metal Tanks: ...................................................................................................... 16

Fitting Selection: ................................................................................................ 17

Tank Adapter: ......................................................................................... 17

Riser: ...................................................................................................... 17

Flange: ................................................................................................... 18

Side Mount Fitting: ................................................................................. 18

Stand Pipe: ............................................................................................. 19

Advanced Features: ....................................................................................................... 20

Appendix: ....................................................................................................................... 21

Updating and Demo Tabs: ................................................................................. 21

Factory Defaults: ................................................................................................ 22

Troubleshooting: ................................................................................................ 23

Warranty, Returns and Limitations: ............................................................................... 24

Fob Interface: ............................................................................................. 8

with WebCal®: ................................................................. 9

: ............................................................................................... 12

: ........................................................................................ 12

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MN300210 Rev B4

Specifications

Step Two

Range: DL10/DL14: 49.2” (1.25m)

DS14/DX10: 49.2” (1.25m) DL24: 9.8’ (3.0m) DL34: 18.0’ (5.5m)

Accuracy: DL10/DL14: 0.125” (3mm)

DS14/DX10: 0.125” (3mm) DL24/DL34: +/- 0.2% of range

Resolution: DL10/DL14: 0.019” (0.5mm)

DS14/DX10: 0.019” (0.5mm) DL24: 0.039” (1mm) DL34: 0.079” (2mm)

Dead band: DL10/DL14/DS14/DX10: 2” (5

cm) DL24: 4” (10 cm) DL34: 8” (20 cm)

Beam width: DL10/DL14/DL24: 2” (5cm) dia.

DS14/DX10: 2” (5cm) dia. DL34: 3” (7.6cm)

Configuration: *WebCal® PC

Windows USB

2.0 Memory: Non-volatile Supply voltage: DL10/DL14: 24 VDC (loop)

DL24/DL34: 24 VDC (loop) DS14: 12-24 VAC/VDC

DX10: 12-28 VDC Consumption: 0.5 W Loop

DL__: 400 Ohms max resistance: Signal output: DL__: 4-20 mA, two-wire

DX10: 0-5V, 0-10V, 976-

2000Hz Frequency: DX10 only: sink current, 15 mA

nominal Signal invert: DL__: 20-4 mA

DX10: 5-0V, 10-0V, 2000-

976Hz

Signal fail-safe: DL__: 4 mA, 20 mA, 21 mA, 22

mA or hold last

DX10: Full, empty or hold last Contact type: DL_4/DS14: (4) SPST relays Contact rating: DL_4/DS14: 60 VA, 1A

maximum Contact failsafe:

DL_4/DS14: Power loss: Hold

last, Power on: Open, close or

hold last Hysteresis: DL_4/DS14: Selectable Process temp.: F: 20° to 140°

C: -7° to 60° Temp. comp.: Automatic Ambient temp.: F: -31° to 140°

C: -35° to 60° Pressure: MWP = 30 PSI Enclosure rating:

Type 6P encapsulated,

corrosion resistance &

submersible Encl. material: Polycarbonate Strain relief

Santoprene material: Trans.

Polyvinylidene Fluoride (PVDF) material: Cable jacket

Polyurethane material: Cable type: 9-conductor, shielded Cable length: 48” (1.2 m) Process mount:

DL10/DL14/DS24: 1” NPT (1”

DS14/DX10: 1” NPT (1” G)

DL34: 2” NPT (2” G) Mount gasket: Viton® Classification: General purpose Compliance: CE, RoHS Approvals: cFMus

* For complete information on the WebCal® software, please refer to the WebCal® manual located at www.flowline.com/webcal-software.

MN300210 Rev B4 3 |

Dimensions

Step Three

DL34 Series DL24 Series

DL10, Series DL14 Series DS14 Series DX10 Series

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MN300210 Rev B4

Safety Precautions

Step Four

About this Manual: PLEASE READ THE ENTIRE MANUAL PRIOR TO INSTALLING OR USING THIS

PRODUCT. This manual includes information on the EchoPod

series Ultrasonic Level transmitter from FLOWLINE. Please refer to the part number located on the sensor label to verify the exact model configuration, which you have purchased.

User’s Responsibility for Safety: Flowline manufactures a broad range of level sensing technologies.

While each of these sensors is designed to operate in a wide variety of applications, it is the user’s responsibility to select a sensor model that is appropriate for the application, install it properly, perform tests of the installed system, and maintain all components. The failure to do so could result in property damage or serious injury.

Proper Installation and Handling: Only professional staff should install and/or repair this product. Install

the transmitter with the included Viton gasket and never over tighten the transmitter within the fitting. Always check for leaks prior to system start-up.

Wiring and Electrical: A supply voltage of 12 to 28 VDC is used to power the EchoPod® . Electrical wiring

of the transmitter should be performed in accordance with all applicable national, state, and local codes.

Material Compatibility: The enclosure is made of Polycarbonate (PC). The transducer is made of

Polyvinylidene Fluoride (PVDF). Make sure that the model, which you have selected, is chemically compatible with the application media.

Enclosure: While the transmitter housing is liquid-resistant the EchoPod® is not designed to be operational

when immersed. It should be mounted in such a way that the enclosure and transducer do not come into contact with the application media under normal operational conditions.

Safety

 Installation should be done by properly trained staff.  Supply voltage should never exceed a maximum of 28 VDC.  Make sure the sensor is chemically compatible with your application.  Design a fail-safe system that accommodates the possibility of sensor and/or power failure.

o EchoPod

uses latching relays. When power is removed to the sensor, the relays will remain in their last

state. Ex: If the relay is energized, when power is removed, the relay will remain in an energized state.

 This sensor should not be used in classified hazardous environments.

Make a Fail-Safe System: Design a fail-safe system that accommodates the possibility of transmitter

and/or power failure. Flowline recommends the use of redundant backup systems and alarms in addition to the primary system.

Flammable, Explosive or Hazardous Applications EchoPod® should not be used within classified hazardous environments.

Warning: Always use the Viton gasket when installing the EchoPod®, and make sure that all electrical

wiring of the switch is in accordance with applicable codes.

MN300210 Rev B4 5 |

Components

Step Five

COMPONENTS

EchoPod shipped all the components shown below. You do however, need an EchoPod to configure, install and operate EchoPod

is offered in different models. Depending on the model purchased, you may or may not have been

, USB® Fob and Viton® gasket

P/N Max. Range Dead Band Thread Fob * Outputs

DL10-00 DL10-01 Fob Included DL10-10 DL10-11 Fob Included DL14-00

4.1’

(1.25m)

2”

(5cm) DL14-01 Fob Included DL14-10 DL14-11 Fob Included DL24-00 DL24-01 Fob Included DL24-10

9.8’

(3.0m)

4”

(10cm) DL24-11 Fob Included DL34-00 DL34-01 Fob Included DL34-10

18.0’

(5.5m)

8”

(20cm) DL34-11 Fob Included DS14-00 DS14-01 Fob Included DS14-10 DS14-11 Fob Included DX10-00

4.1’

(1.25m)

2”

(5cm) DL10-01 Fob Included DX10-10 DX10-11 Fob Included

1” NPT

1” G

1” NPT

1” G

1” NPT

1” G

2” NPT

2” G

1” NPT

1” G

1” NPT

1” G

No Fob

 Viton

Gasket (O-ring)

o Part #204038 – used with DL10, DL14, DS14 & DX10 series o Part #200128 – used with DL24 series o Part #200129 – used with DL34 series

 USB

Fob (DL__-_1, DS__-_1 & DX__-_1 only)

o Part #LI99-1001

 Quick Start Guide  *Outputs

1. 4-20 mA, loop powered output

2. 4 SPST 60 VA relays

3. Voltage (0 to 2.5, 5 or 10 VDC) output

4. Frequency (976-2000Hz.) output

1,2

3, 4

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MN300210 Rev B4

Getting Started

Step Six

EchoPod Flowline’s website. You must download and install WebCal

is configured through WebCal®*, a PC software program. WebCal® is a free download from

prior to plugging in the USB® Fob. Please go

to .flowline.com/webcal-software, and select your language version.

WEBCAL® SYSTEM REQUIREMENTS

Windows® XP, Vista, 7, 8, 10 32 or 64-bit system 1 USB

2.0 port 10 mB hard drive space 256 mB RAM Internet connection

For complete information on the WebCal® software, please refer to the WebCal® manual located at

www.flowline.com/webcal-software.

MN300210 Rev B4 7 |

Getting Started

Step Six

USB® FOB INTERFACE

EchoPod

communicates with WebCal®* through a USB® interface called a Fob. Before plugging your Fob into

your computer’s USB

Connect the red, green, white and black wires from EchoPod the screws on the terminals and plug your Fob into the USB

port, be sure that you have installed WebCal® on your computer.

into the correct terminals on the Fob. Tighten

port of your computer.

Wiring is identical for all EchoPod

 EchoPod

models DL10, DL14, DL24, DL34, DS14 and DX10 series are all compatible with both the LI99-

Series - Use only the Black, White Green and Red wires.

1001 Fob as well as the LI99-2002 Fob.

 The maximum cable distance between the computer and EchoPod

configuring the EchoPod

is 15’. This only applies when

 Once EchoPod

is configured and prior to installation, isolate the white and green wires from active power

to prevent a short of the configuration circuit.

 Note: When using the Fob, do not add VDC or VAC power. The Fob, when connected to the computer, will

provide the required power to the EchoPod

 * For complete information on the WebCal

software, please refer to the WebCal® manual located at

www.flowline.com/webcal-software.

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MN300210 Rev B4

Getting Started

Step Six

With EchoPod Follow steps 1-4 to configure the transmitter. Click “Help” in the lower right hand corner and open the help menu of WebCal contact a Flowline applications engineer at (562) 598-3015. *For complete information on the WebCal software, please refer to the WebCal

CONFIGURING ECHOPOD® WITH WEBCAL®

connected to your computer, open the WebCal®* software by clicking on the WebCal® icon.

for instructions on WebCal®. If you need additional assistance using WebCal®, please

manual located at .flowline.com/webcal-software.

1. Output Configuration a. Configures the relays in terms of pump/valve operations as well as high or low alarms. b. Sets fail-safe for the relays and the sensor’s output (current, voltage or frequency).

2. Tank Shape Selection a. Defines the shape of the tank as well as the dimensional information for the tank with respect to

the sensor’s location on the tank.

3. Tank Level Configuration a. Enters the settings for the relay activation points as well as confirms the operational range.

4. Write to Unit a. Uploads the configuration into the sensor. b. Provides a custom wiring diagram specific to the signal output and/or relay configuration.

OUTPUT CONFIGURATION

Configures the relays in terms of pump/valve operations and level alarms as well as the setting fail-safe for relays and signal output.

MN300210 Rev B4 9 |

Getting Started

Step Six

TANK SHAPE SELECTION

Defines the shape of the tank as well as the dimensional information for the tank with respect to the sensor’s location on the tank.

TANK LEVEL CONFIGURATION

Enters the settings for the relay activation points as well as confirms the operational range

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MN300210 Rev B4

Getting Started

Step Six

WRITE TO UNIT

This WebCal

* operation uploads configuration into the sensor, provides a custom wiring diagram specific to

the signal output, and saves the configuration file to your hard drive.

For complete information on the WebCal® software, please refer to the WebCal® manual located at

www.flowline.com/webcal-software.

MN300210 Rev B4 11 |

Wiring

Step Seven

WIRING DIAGRAM SAMPLE

Diagram will change based upon the configuration of the EchoPod

. Use WebCal® to view appropriate wiring

diagram.

WIRING ECHOPOD

Once EchoPod

has been configured, follow the Wiring Diagram provided by the WebCal® software. A typical wiring diagram is shown above. Flowline recommends using a qualified licensed electrician to wire EchoPod with your application’s components.

Configure your EchoPod® with WebCal® and use the wiring diagram button to view the appropriate

diagram. Each configuration will have its own unique diagram. The diagram shown above is only a sample and should not be used as a wiring diagram.

Always use stepper relays between the sensor and external loads. For DC circuits, always use a catch

diode such as 1N4148, shown on the Wiring diagram above supplied by WebCal

Once EchoPod® is configured, isolate the white and green wires from active power to prevent a short of

the configuration circuit.

WIRING PODVIEW® TO ECHOPOD®

Both sets of Red and Black wires will connect to the Power Supply. The Green and White wires on the EchoPod® will connect directly to the corresponding Green and White wires on the PodView

EchoPod®

Wiring is identical for all EchoPod

models – Use only the Red, Black, Green and White wires.

The maximum cable distance between PodView

and EchoPod® is 15’

PodView

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MN300210 Rev B4

Wiring

WIRE CONNECTIONS

Step Seven



DL14, DL24, DL34 & DS14 Series

VOLTAGE OUTPUT

Red & Black: Red (Power) and Black (Return) leads are for connection to a 24 VDC power supply or to a 4-20

mA loop power source (DL10, DL14, DL24 & DL34 series only). The red and black wires can be extended up to 1,000 feet using a 22-gauge or larger wire; however do not extend the green and white wires beyond 15’.

White & Green: White (TX) and Green (RX) leads are reserved for use with WebCal communication and should not be connected during usage in the application. These wires should not be connected to WebCal

while power is supplied from any source other than the LI99 series Fob. The maximum

cable distance between the computer and EchoPod

Never allow the white or green wires to touch any power supply.

Blue, Orange, Yellow, Purple & Brown – (DL14, DL24, DL34 & DS14 Series only): Blue (RLY1), Orange

(RLY2), Yellow (RLY3) & Purple (RLY4) wires are the relay contacts (normally open) from each of the relays respectively. The Brown wire (RLY Common) is the common for all the relays. Relay selection is determined by the configuration in WebCal

DL10 Series

is 15’.



DX10 Series

and PodView®



Note: EchoPod

uses latching relays. When power is removed to the sensor, the relays will remain in their last

state. Ex: If the relay is energized, when power is removed, the relay will remain in an energized state.

Blue & Brown – (DX10 Series only): Use the Brown wire for the Frequency output. Use the Blue wire for the Voltage output.

GENERAL NOTES FOR ELECTRICAL CONNECTIONS, USAGE AND SAFETY

 Where personal safety or significant property damage can occur due to a spill, the installation

must have a redundant backup safety system.

 Wiring should always be completed by a licensed electrician.  Supply voltage should never exceed 28 VDC.

 Do not exceed 28 VDC (28 VDC/VAC for DS14 series only) power on the relays within EchoPod

 Always use stepper relays between the sensor and external loads. For DC circuits use a catch diode

such as 1N4148, shown on the previous page.

 Protect the sensor from excessive electrical spikes by isolating the power, whenever possible.  The sensor materials must be chemically compatible with the liquids to be measured.  Design a fail-safe system for possible sensor and/or power failure.

o During power failure, relays will remain in their current state and will not change until power is

restored and the signal is reacquired.

 Never use the sensor in environments classified as hazardous.

MN300210 Rev B4 13 |

Wiring

WIRING TO DISPLAYS, CONTROLLERS & PLC’S (DL10, DL14, DL24 & DL34 SERIES ONLY)

Below is a quick review of wiring to the most common Flowline Displays & Controllers.

Step Seven

DataView™ LI55 Series Level Controller

DataPoint™ LC52 Series Level Controller *JWA mode (Factory Setting)

DataLoop™ LI23 Series Level Indicator Without Backlight

DataPoint™ LC52 Series Level Controller *JWB mode

DataLoop™ LI23 Series Level Indicator With Backlight

Commander™ LI90 Series Multi-Tank Level Controller

* Refer to the DataPoint™, LC52 Series, Level Controller manual for information on JWA mode and JWB mode

settings in the controller.

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MN300210 Rev B4

Wiring

Step Seven

SWITCHING INDUCTIVE LOADS

The use of suppressors (snubbers) is always recommended when switching inductive loads to prevent disrupting the microprocessor’s operation. The suppressors also prolong the life of the relay contacts. Suppression can be obtained with a catch diode for DC circuits and a resistor-capacitor (RC) for AC circuits.

Refer to the following circuits for RC network assembly and installation:

Catch Diode

 Always use stepper relays between the sensor and external loads.

For DC circuits always use a catch diode such as 1N4148, shown on left.

Choose R and C as follows:

 R: 0.5 to 1 Ohms for each volt across the contacts  C: 0.5 to 1 μF for each amp through closed contacts

Notes:

1. Use capacitors rated for 250 VAC.

2. RC networks may affect load release time of solenoid loads. Check to confirm proper operation.

3. Install the RC network at the meters relay screw terminals. An RC network may also be installed across the load. Experiment for best results.

VOLTAGE OUTPUT – (DL10, DL14, DL24 & DL34 SERIES ONLY):

EchoPod voltage output (refer to the wiring diagram below).

 0-5 VDC output

can be configured as a 0 to 5 output. A resistor will need to be added to the circuit to enable a

o Add a 250 Ohm resistor o Actual output will be 0.8 to 5 VDC

MN300210 Rev B4 15 |

Installation

Step Eight

The EchoPod

Viton

mounting gasket. Make sure that the fitting and transmitter threads are not damaged or worn. Always

hand-tighten

should always be mounted perpendicular to the liquid surface and installed using the provided

the transmitter within the fitting. Perform an installed leak test under normal process conditions

prior to system start up. Note: The preferred mounting fitting for the DL10, DL14, DL24, DS14 & DX10

series is the LM52-1400 (2” thread x 1” thread) reducer bushing.

MOUNTING GUIDE

1. Do not mount at an angle.

2. Liquid should never enter the dead band.

3. Side Wall:

Do not install at angle relative to the liquid.

a. Mount at least 2” from the side wall. b. For DL34 Series - mount at least 3” from the side

wall.

4. Do not mount where obstacles will intrude into sensor’s beam width.

a. Beam Width: 2” (5cm) diameter [3” (7.6cm) for

DL34].

Do not install within 2” of tank sidewall. (3” for DL34 series)

5. Do not mount in a vacuum

6. Avoid mounting in the center of a dome top tank.

7. In cone bottom tank, position the sensor over the deepest part of the tank.

INSTALLATION IN EXISTING FITTINGS

If the existing fitting is larger than the threads of the EchoPod

, select a reducer bushing such as the LM52-1400

Do not install with objects in the beam.

(2” thread x 1” thread) or LM52-2400 (3” thread x 2” thread).

Do not install in applications with vacuum.

LM52-1400

METAL TANKS (DL10, DL14, DL24, DS14 & DX10 SERIES)

LM52-2400

Do not install in the center of a dome top tank.

Flowline ultrasonic transmitters have been optimized for use in non-metallic fittings.

1. For best performance, avoid the use of metallic fittings.

a. Use a plastic 2” x 1” reducer bushing, such as the LM52-1400 or a plastic 1” flange, such as the

LM52-1850 for metallic tanks.

2. While installations directly into a 1” metal fitting are not recommended, acceptable results may be

obtained if the 1” fitting is a half coupling in form and the outer diameter of the coupling is tightly wrapped in vinyl tape to dampen vibration.

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MN300210 Rev B4

Installation

Step Eight

FITTING SELECTION

Check the part number to determine the required fitting mount size and thread type. EchoPod installed in tank adapters, flanges, brackets or standpipes. Note: Always include the gasket when installing the EchoPod

is commonly

1. Tank Adapter: Select a tank adapter fitting, such as the LM52-1890 for the DL10, DL14, DL24, DS14 &

DX10 series or the LM52-2890 for the DL34 series.

a. For best results, select a 2” tank adapter and add a reducer bushing such as the LM52-1400,

thread x thread, reducer bushing. b. Avoid tank adapter (thread x thread) styles and/or pipe stops forward of the installed transducer. c. Always mount the tank adapter so the majority of the fitting is outside the tank.

i. Note: Never mount the tank adapter upside down or where the bulk of the material is

inside the tank.

2” Tank Adapter Socket x Thread

(LM52-2890)

Tank Adapter

/ 2”x1” Reducer Bushing

LM52-2890 w/ LM52-1800)

Tank Adapter

Thread x Thread

2. Riser: Installations with tall, narrow risers can impede the acoustic signal. a. Core Out Concrete: Applications where a concrete tank ceiling has been cored out can also be

considered as a riser type application. In these applications follow a 2:1 ratio (Core Height to Inner Diameter) for the diameter of the core.

b. DL34 Series: 2” (5 cm) diameter risers should be no taller than 4” (10cm). Larger diameter

risers should be no taller than 12” (30.5 cm).

c. DL10, DL14, DL24, DS14 & DX10 Series:

Riser Specifications Inner Diameter

2” (5cm)

4” (10cm)

6” (15cm)

Maximum Height

4” (10cm)

8” (20cm)

12” (30cm)

Note: Do not exceed the dimensions listed above.

Do not use thread x thread

Note: If attempting to raise the

sensor above the top of the tank to allow for a higher fill capacity, avoid the use of tall and narrow risers. The example to the left exceeds the dimensions listed in the Riser Specifications chart. Use a larger tank adapter which takes into account the Riser

Specifications.

MN300210 Rev B4 17 |

Installation

Step Eight

3. Flange (DL10, DL14, DL24, DS14 & DX10 Series): If installing on a flange, select a flange with a

thread that is above the plane of the flange, such as the LM52-1850.

a. The DL34 series works well with flange installations. b. Avoid the use of blind flanges with tapped threads or flanges where the threads are even with

the plane of the flange, such as the Banjo 1" Poly ANSI Flange (series AF100).

c. Use a flange with a 2” thread and add a 2” to 1” reducer bushing to complete the installation.

2” Flange w/

thread out of plane

(LM52-1850)

Do not use thread in plane

1” Flange w/

thread in plane

2” Flange w/

Reducer Bushing

(w/LM52-1800)

4. Side Mount Bracket: For installations in open tanks and sumps, use the LM50 series side mount

bracket.

a. For the DL10, DL14, DL24, DS14 & DX10 series, order the LM50-1001-1, which includes a 2”x

1” reducer bushing.

b. For the DL34 series, order the LM50-1001 side mount bracket.

LM52-1001 Shown

LM52-1001-1 Shown

Note: The Side Mount Bracket (LM50 series) is not designed to secure stand pipes. There are too few threads to properly hold the sensor and the stand pipe.

| 18

for use with stand pipes or as a method

MN300210 Rev B4

Installation

Step Eight

5. Stand Pipe: A standpipe maybe used to dampen turbulence or separate surface foam from the point of

measurement in the application.

a. Pipe can be made of any material. b. Select a 3” ID pipe for the stand pipe.

i. A 2” pipe (minimum pipe size) is usable with the

DL10, DL14, DL24, DS14 & DX10 series. Minimum pipe size for DL34 series is 3” ID.

ii. Pipe series larger than 3” can also be used.

c. Use a coupling and reducer bushing to attach the

EchoPod

to the pipe.

i. Use a plastic reducing bushing such as LM52-1400

(2”T x 1”T) fitting or the LM52-1410 (2”S x 1”T) fitting.

ii. For the DL34 series, use a plastic reducer bushing

such as LM52-2400 (3”T x 2”T) fitting or the LM522410 (3”S x 2”T) fitting.

d. The pipe length should run the measurement span and

the bottom of the pipe should remain submerged at all times to prevent foam from entering the pipe.

e. Cut a 45°notch at the bottom of the pipe and drill a

1/4”pressure equalization hole within the dead band of the sensor.

f. The pumps should not drive liquid past the open end of

the stand pipe which causes the liquid in the pipe to oscillate.

EchoPod

DL24

2” x 1” Reducer Bushing (TxT)

2” Coupling (S x T)

Vent Hole (1/4”)

2” PVC Pipe

DL24 attached to a LM52-1400 (2”x1” reducer bushing) and 2” Coupling (S x T).

Avoid the use of a tee within the stand pipe. A tee can create false signals that will negatively effect the sensor’s performance.

MN300210 Rev B4 19 |

Advanced Features

Step Nine

The advanced feature settings are designed to help solve performance or operational issues for specific applications. Changing these setting will alter the factory default performance or operation of your sensor. Please read through this HELP file to assist you in making adjustments or if you are still unclear about a specific issue, please contact FLOWLINE applications engineering.

Note: When the Advanced Button is highlighted with a RED border, this indicates you have selected an advanced feature.

 Increase Output Filtering: Placing a check mark in the box will increase the filtering (averaging) of the

analog output. Use this filter if the 4 to 20 mA output requires a smoother output for the application such as open channel flow measurement.

 Decrease Output Filtering: Placing a check mark in the box will eliminate all filtering (averaging) of the

analog output which enables a pulse by pulse level reading. Use this filter to see changes in level after every echo pulse.

Note: Never check increase output filtering and decrease output filtering at the same time.

 Stabilize Output in Dead Band: Placing a check mark in the box will activate a filter to hold the output at Full

if the level enters the dead band of the EchoPod

. This filter requires the level to leave the dead band at a

smooth and steady rate.

 Invert Relay States: Placing a check mark in any of the four boxes will reverse the state of that relay. For

example, if relay 4 is a high alarm that energizes above 50.0” of liquid, checking the invert box will reverse it’s state so the relay will energize when the level is below 50” of liquid. Inverting the relay will also invert the failsafe of the relay. If the relay is fail-safe On, inverting the relay will make it fail-safe Off.

 Fail-Safe will also invert unless you check below: Placing a check mark in this box will not invert the fail-

safe when a relay is inverted.

| 20

MN300210 Rev B4

Appendix

Step Ten

UPDATE AND DEMO TABS

WebCal

has two other page tabs which can be used to assist in the configuration of the EchoPod®.

These page tabs are the Updates and Demo tabs.

 Updates: The Updates tab has two key features. The first is the ability to update the WebCal

its latest version. The second is the ability to update the EchoPod

 Demo: The Demo tab gives you the ability to test the configured EchoPod

’s firmware to its latest version.

sensor against a fixed target to

confirm the switching points for the relays. Note: This feature is only a simulation. The relays are not physically opening and closing.

software to

MN300210 Rev B4 21 |

Appendix

Step Ten

FACTORY DEFAULT

Pressing the Factory Config button in the Configuration menu will return the screen to the factory default setting of the attached EchoPod

model. In factory default, the EchoPod® 4-20 mA span will be placed at its

maximum operational range.

 DL10 & DL14 Series – 4mA @ 4.1’ (1.25m) from the sensor and 20 mA @ 2” (5cm) from the sensor.

 DX10 Series – Min. Output (Empty) @ 4.1’ (1.25m) from the sensor and Max. Output (Full) @ 2” (5cm)

from the sensor.

 DL24 Series – 4mA @ 8.2’ (2.5m) from the sensor and 20 mA @ 4” (10cm) from the sensor.

 DL34 Series – 4mA @ 18.0’ (5.5m) from the sensor and 20 mA @ 8” (20cm) from the sensor.

TESTING THE TRANSMITTER – DL10, DL14, DL24, DL34 SERIES ONLY

1. Connect a multimeter in series with the Black wire to read the current output.

2. Verify that the current increases (tank filling) and decreases (tank emptying) appropriately in the

configured span.

3. If not, carefully observe and attempt to correlate any installation, level or application event to determine

a root cause and troubleshooting direction.

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MN300210 Rev B4

Appendix

TROUBLESHOOTING

Step Ten

PROBLEM SOLUTION

Transmitter indicates a current of 0 mA. Transmitter jumps to a current of between 19 and 20 mA.

Check the EchoPod® wiring for an open circuit. An open circuit is the most common cause of a 0 mA signal. Check the EchoPod

installation. Bad installation fittings will cause false signals near the top of the tank, which typically translates to a signal between 19 and 20 mA. Also look for interference just below the transmitter. If the transmitter is installed in a metal fitting, switch to a plastic fitting.

Transmitter indicates a current over 23 mA. Transmitter always jumps to the LOST condition.

Check the wiring for a short circuit. EchoPod® is current limited to 22 mA. Anything above 23 mA indicates a short circuit. Check the dimensional configuration (Sensor Height and Fill Height) of EchoPod

. Make sure that the Fill-H setting corresponds to the full

level of liquid (measured from the bottom up) and not the distance from the transmitter to the liquid (top down).

Transmitter output is

Check the Output at Empty Setting in WebCal

opposite of the level of liquid. No Unit Detected in WebCal

If WebCal

 Check that the Fob is connected to the USB

cannot detect EchoPod® when connected to the computer:

 Check that all four wires (Red, Black, White and Green) are

securely attached to the Fob.

 Check Device Manager and confirm that both drivers (WebCal

Configuration & EchoFob) are present. Internet error. The server name or address could not be resolved.

This is a warning indicating that the computer configuring EchoPod not connected to the Internet. Click OK to continue. Flowline recommends being connecting to the Internet during configuration. But, not being connected to the Internet will not prevent EchoPod

being configured. Cannot access some of the configuration features in WebCal

As choices are made in Configuration, WebCal

functions that are not applicable to a configuration. To reset

Configuration or get access to all the features, click on the Clear

Screen button. Relay closes, but does not open again.

An inductive kick may be holding the relay closed. If switching 24 VDC,

make sure a diode has been installed to act as a snubber (see Step

Nine). Note: EchoPod

uses latching relays. When power is removed to the sensor, the relays will remain in their last state. Ex: If the relay is energized, when power is removed, the relay will remain in an energized state.

Relay chatters on and off repeatedly.

Most likely the turbulence in the tank is causing the chatter. Increase the Hysteresis setting in WebCal

port.

will begin to eliminate

to eliminate the chatter.

from

MN300210 Rev B4 23 |

Warranty, Returns and Limitations

WARRANTY

Step Eleven

Flowline warrants to the original purchaser of its products that such products will be free from defects in material and workmanship under normal use and service in accordance with instructions furnished by Flowline for a period of two years from the date of manufacture of such products. Flowline's obligation under this warranty is solely and exclusively limited to the repair or replacement, at Flowline's option, of the products or components, which Flowline's examination determines to its satisfaction to be defective in material or workmanship within the warranty period. Flowline must be notified pursuant to the instructions below of any claim under this warranty within thirty (30) days of any claimed lack of conformity of the product. Any product repaired under this warranty will be warranted only for the remainder of the original warranty period. Any product provided as a replacement under this warranty will be warranted for the full two years from the date of manufacture.

RETURNS

Products cannot be returned to Flowline without Flowline's prior authorization. To return a product that is thought to be defective, go to flowline.com, and submit a customer return (MRA) request form and follow the instructions therein. All warranty and non-warranty product returns to Flowline must be shipped prepaid and insured. Flowline will not be responsible for any products lost or damaged in shipment.

LIMITATIONS

This warranty does not apply to products which: 1) are beyond the warranty period or are products for which the original purchaser does not follow the warranty procedures outlined above; 2) have been subjected to electrical, mechanical or chemical damage due to improper, accidental or negligent use; 3) have been modified or altered; 4) anyone other than service personnel authorized by Flowline have attempted to repair; 5) have been involved in accidents or natural disasters; or 6) are damaged during return shipment to Flowline. Flowline reserves the right to unilaterally waive this warranty and dispose of any product returned to Flowline where: 1) there is evidence of a potentially hazardous material present with the product; or 2) the product has remained unclaimed at Flowline for more than 30 days after Flowline has dutifully requested disposition. This warranty contains the sole express warranty made by Flowline in connection with its products. ALL IMPLIED WARRANTIES, INCLUDING WITHOUT LIMITATION, THE WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE, ARE EXPRESSLY DISCLAIMED. The remedies of repair or replacement as stated above are the exclusive remedies for the breach of this warranty. IN NO EVENT SHALL FLOWLINE BE LIABLE FOR ANY INCIDENTAL OR CONSEQUENTIAL DAMAGES OF ANY KIND INCLUDING PERSONAL OR REAL PROPERTY OR FOR INJURY TO ANY PERSON. THIS WARRANTY CONSTITUTES THE FINAL, COMPLETE AND EXCLUSIVE STATEMENT OF WARRANTY TERMS AND NO PERSON IS AUTHORIZED TO MAKE ANY OTHER WARRANTIES OR REPRESENTATIONS ON BEHALF OF FLOWLINE. This warranty will be interpreted pursuant to the laws of the State of California. If any portion of this warranty is held to be invalid or unenforceable for any reason, such finding will not invalidate any other provision of this warranty.

For complete product documentation, video training, and technical support, go to flowline.com. For phone support, call 562-598-3015 from 8am to 5pm PST, Mon - Fri. (Please make sure you have the Part and Serial number available.)

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MN300210 Rev B4

Flowline DL10, DL24 Operating Manual

Specifications and Main Features

Frequently Asked Questions

User Manual