MT512ELOG9-03T-15255 - FORMATO PARA INTERNET

5. INDICATIONS AND KEYS

DIGITAL INDICATOR AND CONTROLLER FOR

HEATING OR REFRIGERATION WITH NATURAL DEFROST

THROUGH COMPRESSOR SHUTDOWN AND

INTERNAL DATALOGGER

MT-512e Log

Ver

.09

Control

functions

shutdown

Function

lock

Serial

programming

Degrees

of protection

Manual

defrost

IP 65

FRONT

Supervisory

system

Datalogger

LOG

Power supply

Control temperature

Operating humidity

Dimensions (mm)

76 x 34 x 77 mm (WxHxD)

MT-512E Log 115 or 230 Vac ±10%(*) (50/60 Hz)

MT-512EL Log 12 or 24 Vac/dc +10%(*)

-50 to 105ºC (-58 to 221°F)(**)

Operating temperature

0 to 50 ºC / 32 to 122°F

Maximum output current

NO -16A / 2HP

NC - 500W / 1/10HP

10 to 90% RH (without condensation)

Temperature unit indication LED

MT-512e Log

Upper Key

Lower Key

Set Key

User-friendly

Menu Key (Flatec)

Cooling indication LED

Heating indication LED

Defrost indication LED Functions lockdown indication LED

Control functions OFF indication LED

Maximum consumption of device

1.5 VA

(*)

Admissible variation in relation to the voltage rating.

(**)

This device can measure and control temperatures of up to 200° C when used in conjunction with a model SB59 silicon

sensor cable (sold separately).

Note: Sensor cable length can be increased to up to 200 meters by the user by using a PP 2 x 24 AWG cable.

Image I: MT-512E Log - 115Vac

1. DESCRIPTION

2. SAFETY RECOMMENDATIONS

3. APPLICATIONS

4. TECHNICAL SPECIFICATIONS

Designed for cooling or heating application. MT-512e Log is equipped with 1 powerful 2HP relay, 1

temperature sensor, 1 digital input, data logger, cyclic time for natural defrost, IP65 frontal, min-max

temperature record, sensor response time control, fast freezing mode, tamper-proof function, control

functions shutdown and RS485 serial communication port for Sitrad real-time monitoring and

management.

Product conforming to UL Inc. (United States and Canada) and NSF ( .United States)

- Check the controller for correct assembling;

- Make sure that the power supply is off and that it is not turned on during the controller installation;

- Read the present manual before installing and using the controller;

- Use adequate Personal Protective Equipmenet (PPE);

- For application at sites subject to water spills, such as refrigerated cabinets, install the protecting vinyl

supplied with the controller;

- For protection under more critical conditions, we recommend the Ecase cover, which we make

available as an optional item (sold separately);

- The installation procedures should be performed by a qualified technician.

• Refrigerated displays

• Walk-in coolers

• Hot cabinets

• Greenhouses

115 Vac

Image III: MT-512EL Log - 12Vac/dc

6. WIRING DIAGRAM

6.1. Identifications (see Images I to IV)

- Image I: MT-512E Log, supplied at 115 Vac.

- Image II: MT-512E Log, supplied at 230 Vac.

- Image III: MT-512EL Log, supplied at 12 Vac/dc.

- Image IV: MT-512EL Log, supplied at 24Vac/dc.

Image MT-512E Log II: - 230 Vac

230 Vac

POWER

12Vac/dc

Image IV: MT-512EL Log - 24Vac/dc

POWER

24Vac/dc

IMPORTANT

SCREWDRIVER SLOT 3/32''(2.4mm) FOR ADJUSTMENTS IN THE SIGNAL TERMINALS;

SCREWDRIVER PHILLIPS #1 FOR ADJUSTMENTS IN THE POWER TERMINALS;

THE USE OF APPROPRIATE TOOLS IS ESSENTIAL TO AVOID DAMAGE IN THE CONNECTION AT INSTRUMENT

TERMINALS:

6.2. Temperature sensor connection

- Connect the sensor wires to terminals ‘1 and 2’: the polarity is not relevant.

- Length of the sensor cables can be increased by user himself to up to 200 meters, using a PP 2x24

AWG cable.

- For immersion in water, use a thermowell (Image VI - item 13), available in the Full Gauge Controls

product line (sold separately).

CONTROLLER

WIRING

TERMINALS

TEMPERATURE

SENSOR

WIRING

TERMINALS

LOAD

CONTROLLER

WIRING

TERMINALS

LOAD

TEMPERATURE

SENSOR

WIRING

TERMINALS

CONTROLLER

WIRING

TERMINALS

TEMPERATURE

SENSOR

WIRING

TERMINALS

LOAD

TEMPERATURE

SENSOR

CONTROLLER

WIRING

TERMINALS

WIRING

TERMINALS

POWER

GRID

}

POWER

GRID

}

POWER

GRID

}

POWER

GRID

}

evolution

S u r g e P r o t e c t i v e

Device (SPD)

(sold separately)

W i r i n g d i a g r a m f o r

instalation of SPD in

magnectic contactor

A1 and A2 are the terminals of

the contactor coil.

W i r i n g d i a g r a m f o r

instalation of SPD in line

with loads

For direct drive take in to

consideration the specified

maximum current.

LOAD

SPD

Cutout dimensions (mm) 71 ± 0,5 x 29 ± 0,5 mm (see image V)

COMMON

NO COMMON

MT512ELOG9-03T-15255

MT-512e Log

E251415

COMPONENT

Have this manual in the palm of

your hand by FG Finder application.

6.3. Controller power supply

Use the pins according to table below, considering the set version:

6.4. Recommendations of IEC60364 standard

a) Install overload protectors in the controller supply.

b) Install transient suppressors – suppressor filter RC – in the circuit to increase the service life of the

controller relay. See connection instructions of the filter on the previous page.

c) The sensor cables may be together, but not in the same conduit where the power supply of the

controller and/or of the loads passes through.

a) Cut out the panel plate (Image V - item 13) where the controller shall be fastened, with sizes

X = 71±0.5 mm and Y = 29±0.5 mm;

b) Remove side locks (Image VII - item 13): to do that, compress the central elliptical part (with the Full

Gauge Controls logo) and displace the locks backwards;

c) Introduce the controller in the notch made on the panel, inwards;

d) Place the locks again and then displace them until they compress into the panel, fastening the

controller to the housing (see arrow indication in Image VII - item 13);

e) Perform the electric installation as described in item 6;

f) Adjust the parameters as described in item 8.

ATTENTION: for installations requiring liquid tight sealing, the notch sizes for the controller

installation should be no more than 70.5x29mm. The side locks should be fastened so that they

press the sealing rubber avoiding infiltration between the notch and the controller.

Protector vinyl - Image VIII (item 13)

It protects the controller when installed at a site subject to water spills, such as refrigerated counters.

This adhesive vinyl is supplied with the instrument in the package.

IMPORTANT: Make the application only after completing the electrical connections.

a) Retreat the side locks (Image VII - item 13);

b) Remove the protective film from the adhesive vinyl face;

c) Apply the vinyl over the entire upper part, bending the flaps, as indicated by the arrows - Image VIII

(item 13);

d) Reinstall the locks.

NOTE: The vinyl is transparent, allowing visualization of the wiring system of the instrument.

7. ASSEMBLING PROCEDURE

8. SETTING THE SETPOINT AND PARAMETERS

8.1. Quick Access Menu Map

By pressing it is possible to navigate through the function menus. For more details, see

chapter 8.3. See the functions map below:

;(Flatec),

8.2. Quick access keys map

When the controller is in temperature display mode, the following keys can be used as a shortcut to the

following functions:

;

FORCED DEFROST

;

FUNCTIONS LOCKDOWN

;

CONTROL FUNCTIONS

SHUTDOWN

ADJUSTING THE DESIRED

TEMPERATURE (SETPOINT)

;

EXIT FUNCTION

;

FUNCTION SELECTION

;

SHOW CURRENT PROCESS

;

ERASE MIN. AND MÁX.

VALUES

;

MIN. AND MÁX.

TEMPERATURE RECORD

;

MT-512e Log

DISPLAY TIME AND DATE

;

ON/OFF DATA LOGGER

(MANUAL MODE)

;

MT-512e Log

Hold down for 2 seconds: Setpoint adjustment.

Quick touch: Displays the status of the process.

Quick touch: Maximum and minimum temperature display.

Hold down for 10 seconds: Manually switches the datalogger on/off.

Hold down for 2 seconds: Clear history when records are being displayed.

;

Enter the quick access menu.

and

Hold down for 4 seconds: Carries out manual defrost.

Quick touch: The current day, month, year, hour and minute will be shown

in sequence on the display.

Enter the quick access menu.

and

8.3. Basic operations

8.3.1. Adjusting setpoint (desired temperature)

Hold the key / down for 2 seconds until the message[SET,]. is displayed. The adjusted control

temperature will be displayed when the key is released.

Use the keys<or>to change the value and then press / to save.

The desired temperature can also be changed in the quick access menu, (see map on item 8.1) or by

function [,F01] item 8.5.

8.3.2. Manual defrost

<por 4

down for 4 seconds. Press the key

8.3.3. Function lock

To unlock, turn the controller off and then turn it on again with the key held down. Keep the key held

down until[LOC,] is displayed. The message [OFF,] will be displayed when the key is released.

8.3.4. Control functions shutdown

The manual defrost is performed through the quick access menu ( ;) or by holding the key

;(quick touch) until the message [defr](led @flashing) is

displayed, and then press the key/(quick touch) to select. The message [defr][On,,](led

@on) will then be displayed.

To manually stop the defrosting, press the key ;(quick touch) until the message [defr](led

@flashing) is displayed. Press the key/(quick touch) to select. The message [defr][OFF,](led

@off) will then be displayed.

For safety reasons, the controller has a feature to allow functions to be locked. When this configuration

is active, the setpoint and other parameters are protected from undue changes. However, the

parameters can be viewed. Under this condition, the message [LOC,]will be displayed when trying to

change those values. To lock the functions you first need to adjust the parameter “[,F19] - Time for

function lock” to a value greater than 14 (below 15, [no,,]is displayed and it means that function

lock is not allowed). Select using the key ;,(quick touch), and then press /(quick touch). Then

keep > held down until [LOC,]is displayed. The message [On,,]will be displayed upon releasing

the key.

When the control functions are turned off, the controller starts to operate as a temperature indicator only

and the output relay turns off.

The way to turn off the control functions depends on the configuration of the parameter “[,F20]- Turn

off of the control functions”:

[,,,0]-Does not allow the turning off the control functions.

[,,,1]-Allows shutdown the control functions only if the functions are not locked.

[,,,2]-Allows shutdown the control functions even if the functions are locked. Using the key ;(quick

touch), select , and then press/(quick touch) to confirm.

Then, the message [ctrl][Off,] will be displayed. At this moment the temperature display will

alternate with the message[OFF,].

To turn the control functions back on, follow the same procedure used to turn them off, selecting with the

key ;(quick touch), . The message[ctrl][On,,] will be displayed as soon as the user presses

the key /.

NOTE: When the control functions are turned on again, the will keep following

the functions “[,f08]- Minimum output switched off time" and “[,f11]- Initial state when

turning the device on".

Press > (quick touch) to view the status and the time already elapsed. This way the controller will

display the stage of the current process, and the following messages may be shown on the display:

[----]- control off

[del,]- initial delay

[rEFr]- refrigeration

[Hot,]- heating

[dEFr]- defrost

Holding the < key down or also via the quick access menu (see item 8) will cause the message

[rEg,] to be displayed and the minimum and maximum temperatures to be recorded.

For erasing the current minimum and maximum values, press the ;key (quick touch) until the

message[CrEg] is displayed. Press /to confirm.

NOTE: These records are not stored in the internal datalogger and in the case of a power cut, the data

will be lost.

MT-512e Log

8.3.5. Visualization of Processes

8.3.6. Minimum and Maximum Temperature Record

8.3.7. View current date and time

Quickly pressing the key / makes it possible to view the current date and time set in the controller.

The current day ([,--d]), month ([,--m]), year ([,--y]), hour, and minute ([00:00]) will be

shown in sequence on the display. It is also possible to view the date and time through the quick access

menu in the option [ClO,].

MT-512e Log

Pins MT-512E Log MT-512EL Log

9 and 10

9 and 11

115 Vac

230 Vac

12 Vac/dc

24 Vac/dc

8.3.8. Manual datalogger activation

The manual activation requires function F21 to be configured with the value 2. By holding down the keys

for 10 seconds, it is possible to activate or deactivate the operation of the internal record of

temperature values and control outputs (datalogger). The message [dtL,]will be shown followed by

the message[On,,]when the datalogger is activated or [OFF,]when it is deactivated. It is also

possible to activate the datalogger manually through the quick access menu in option [dtl,].

8.3.9.

< and >

Selection of temperature measurament units

To select the temperature measurament units the system will use to operate,

press<and>simultaneously while the temperature is being displayed, enter the option

[Code]using the access code [,231] and then press/.Then select the desired unit [,=C,] or

[,=F,]using the keys<or>, and press / to confirm.

NOTE: Whenever the units are changed, the configuration of the functions assume the factory default,

so they need to be configured again.

8.4.4 Date and time adjustment

When the [ClO,]menu is selected, if the access code [123,]has been entered, the controller will

enter the date and time adjustment mode. Use<or> to change the value and press/ when ready

to save the configured value. If the date entered is invalid, the message [ECLO] will be shown on the

display.

Example 1 (correct access code entered):

[,00d]- day [,00M]- month [,00Y]- year [00:00]

time minute

flashing

IMPORTANT:

The controller has an auxiliary internal power supply to keep the clock running for at least 72 hours in

case of a power failure. If the controller remains off for a long period of time, the message [ECLO]may

be displayed to indicate that the clock is not programmed. In this case, the date and time must be

adjusted and the controller must be kept on for 10 hours to fully recharge the auxiliary power supply.

8.4. Advanced operations

8.4.1. Access to the main menu

The main menu can be accessed through the quick access menu , option [Func]or pressing <

and > simultaneously when the temperature is being displayed.

The following options will be displayed:

[Code] Entry to the access code

[Func] Change the advanced parameters

[ClO,] Adjust or visualization of the date and time

(;)

8.4.2. Access code

To allow changing the parameters or adjusting the clock, select the option [Code] by pressing /

(quick touch) and enter the access code 123 (one hundred and twenty-three) using the keys < or > ,

and confirm with/.

8.4.3. Changing the controller parameters

In the main menu (after entering the code 123) select the option [Func] and then the desired function

using the keys< and >. Press / (quick touch) after selecting the function to view its value.

8.4.5. Internal datalogger (internal memory)

When the datalogger is enabled (F21), it is possible to store records in the controller's internal memory.

It can be configured to store records by time interval (F22), by temperature variation (F23), and/or by the

variation of the state of the digital output or inputs (F24).

NOTE: The equipment records date, time, temperature, and events (sensor error, refrigeration/heating

output state, defrost output state, and open door sensor).

Desired temperature (Setpoint)*

Sensor indication displacement (Offset)

Minimum setpoint allowed to the end user

Maximum setpoint allowed to the end user

Control differential (hysteresis)

Operating mode

Minimum output-on time

Minimum output-off time

Refrigeration time (interval between defrosts)

Defrosting time

Initial status when turning on the device

Temperature indication locked during defrosting

Delay in turning on device

Additional time to the end of the first cycle

Compressor state with a disconnected or faulty sensor

Compressor time on in case of error

Compressor time off in case of error

Digital filter intensity

Time for function lock

Control functions shutdown

Datalogger operating mode

Time between samples in the memory

Minimum temperature change to force data writing

Output change to force data writing

Overwrite memory?

Digital input operating mode

Address of the instrument in the RS-485 network

[,F01]

[,F02]

[,F03]

[,F04]

[,F05]

[,F06]

[,F07]

[,F08]

[,F09]

[,F10]

[,F11]

[,F12]

[,F13]

[,F14]

[,F15]

[,F16]

[,f17]

[,f18]

[,F19]

[,F20]

[,F21]

[,f22]

[,f23]

[,f24]

[,f25]

[,f26]

[,f27]

DescriptionFun

Min

Max

Unit

200

5.0

200

20.0

1-heat.

999

1-defr.

yes

240

999

10.0

yes

247

°C

ºC

sec

min

sec

°C

CELSIUS

-58

-9

-58

0-cool.

392

1-heat.

999

1-defr.

yes

240

999

yes

247

°F

sec

min

sec

°F

FAHRENHEIT

Min

Max

Unit

Standard

-50

-5.0

-50

0.1

0-cool.

-58

167

0-cool.

240

0-cool.

yes

-50

1.0

0-cool.

240

0-cool.

yes

8.5 Parameters table

Use< or > to change the value and press/ when ready to save the configured value and return to

the function menu. To leave the menu and return to the normal operating mode (temperature indication),

hold down/ (long touch) until[----]appears.

NOTE: If the function lock is active, the controller will show the message [LOC,] , in the display upon

pressing< or > and will not allow the adjustment of the parameters.

Legend:[yes,]= yes

[no,,]= no

*The minimum and maximum values depend on the values configured in [,F03]and[,F04].

F01 - Desired temperature (Setpoint):

The reference value for temperature control, that is, the temperature to be maintained in a controlled

environment.

F02 - Sensor indication displacement (Offset):

Compensates for any deviations in temperature reading caused by sensor exchange or alterations in

the cable length.

F03 - Minimum setpoint allowed to the end user:

A threshold aimed at preventing an exceedingly low temperature setpoint from being inadvertently

adjusted.

F04 - Maximum setpoint allowed to the end user:

A threshold aimed at preventing an exceedingly high temperature setpoint from being inadvertently

adjusted.

F05 - Differential control (hysteresis):

The difference in temperature (hysteresis) between TURNING ON and OFF the refrigeration (or

heating).

Example: One wants to control the temperature at 4.0 °C with a differential of 1.0 °C. Therefore, the

refrigeration is switched off at 4.0 °C and switched back on at 5.0 °C (4.0 + 1.0), in the heating mode the

output is switched off at 4° C is switched on again at 3° (4.0 - 1.0), as per the charts below:

8.5.1. Parameters description

Temperature [°C]

Refrigeration

Temperature [°C]

Heating

Setpoint

Setpoint + Hysteresis

Time [S]

Relay Off

Relay On

4°C

5°C

Setpoint

Setpoint - Hysteresis

Time [S]

3°C

4°C

Relay Off

Relay On

F06 - Operating mode:

Allows selecting the controller operation mode.

[,,,0]- Refrigeration

[,,,1]- Heating

NOTE: In the heating mode functions F09, F10, F11 and F12 are disregarded.

F07 - Minimum output-on time:

The minimum time the output will remain on, i.e. the length of time between the last start up and the next

stop. It is aimed at avoiding high voltage surges in the power lines.

Standard

F08 - Minimum output-off time:

The minimum time the output will remain off, i.e. the length of time between the last start up and the next

stop. It relieves the discharge pressure and increases the service life of the compressor.

F09 - Refrigeration time (interval between defrosts):

Corresponds to the time in which the refrigeration function will operate via the controller. When this time

is up the controller enters the defrost process.

F10 - Defrost time:

This is the defrost duration time. Within this period, the relay will remain off, and upon finishing, the

controller will go back to the refrigeration state.

F11 - Initial status when turning on the device:

It allows defrosting when controller is turned on.

F12 - Temperature indication locked during defrost:

The real

time temperature indication will only be released at the next refrigeration cycle after it reaches the

“locked” temperature value again, or after 15 minutes in refrigeration (as a safety measure).

F13 - Delay in turning on device:

When the device is switched on its control output will remain disabled, delaying the beginning of the

process. During this time the controller only works as a temperature indicator. The purpose is to avoid

peaks of electric power demand after a power cut when many devices are connected to the mains. To do

this, simply set different times for each device. This delay may be either for the compressor or the

defrost (when the defrost is configured during the startup).

NOTE: At its end, the count of minimum time of output off is started, if there is any.

F14 - Additional time to the end of the first cycle:

Aimed at increasing the refrigeration time only in the first refrigeration cycle, increasing the efficiency.

F15 - Compressor state with a disconnected or faulty sensor:

If the room sensor is shorted, disconnected or out of range, the compressor will assume the state

configured in this function.

[,,,0]- Compressor off

[,,,1]- Compressor on

[,,,2]- Cycling according to times defined in [,F16] and [,F17]

NOTE: If the system is in both heating and error mode, the output will be switched off.

F16 - Compressor time on in case of error:

F17 - Compressor time off in case of error:

Sets the minimum time the compressor will remain on/off respectively when the sensor is disconnected

or out of range.

F18 - Digital filter intensity:

This filter has the purpose of simulating thermal mass increase in the sensor, thus increasing its

response time (thermal inertia). The greater the value set in this function, the greater the sensor

response delay will be.

F19 - Time for function lock:

When this function is active, the setpoint and other parameters are protected from undue changes.

When the controller is locked the user can only view the setpoint and parameters. To lock the functions,

see item 8.3.3 - Basic Operations, item Function lock.

F20 - Control functions shutdown:

Allows the output to be switched off for maintenance purposes, see item 8.3.4 - Basic Operations, item

Turning off the control functions.

F21 - Datalogger operating mode:

Indicates how to activate the device that records data in the internal memory:

[,,,0]- Always off

[,,,1]- Always on

[,,,2]- Manual operation

F22 - Time between each sample in the memory:

The time in seconds that the controller takes to record samples of the temperature information and

refrigeration output state.

F23 - Minimum temperature change to force the writing of data:

The temperature difference in relation to the last piece of data written in the datalogger for the data to be

recorded in the memory regardless of the sampling time set in [,f22]. To deactivate this function, just

decrement the value until the message [no,,] is displayed.

F24 - Output change to force the writing of data:

Indicates whether the change in the control output will force the recording of data in the memory

regardless of the sampling time set in [,f22].

F25 - Overwrite memory?:

This function indicates whether the controller should start writing new data at the beginning of the

datalogger memory when the memory is full. This function prevents the last data calculated by the

equipment from being lost.

F26 - Digital input operating mode:

Aims to program the controller with the type of door sensor used in the installation.

[,,,0]- Off

[,,,1]- NC door contact

[,,,2]- NO door contact

F27 - Address of the instrument in the RS-485 network:

Equipment's network address for communicating with Sitrad software.

Note: Every single controller within the network must have different address.

This function is aimed at avoiding viewing the room temperature rise due to the defrost cycle. The last

temperature measured in the refrigeration cycle will be locked in the display during the defrost.

9. SIGNALS

Error in sensor: Sensor disconnected or damaged.

Control functions turned off.

Manual activation of defrost process.

Manual activation of the refrigeration process.

Function lock.

Function unlock.

[Err1]

[OFF,]

[Defr][On,,]

[defr][Off,]

[LOC,][On,,]

[LOC,][OFF,]

[Open]

[adfl]

[emem]

[ClO,]

[eClO]

[pppp]

[eCal]

Datalogger memory full.

Contact Full Gauge Controls.

Adjustment or visualization of the date and time.

Invalid date and/or time (adjust the clock).

Reconfigure the values of the functions.

Contact Full Gauge Controls.

10. INTEGRATING CONTROLLERS, RS-485 SERIAL INTERFACE

AND COMPUTER

Open door indication.

11. GLOSSARY OF ACRONYMS

- °C: Temperature in Celsius degrees.

- °F: Temperature in Fahrenheit degrees.

- Refr: Refrigeration.

- Defr: Defrost.

- Heat.: Heating.

- LOC: Blocked.

- No: No.

- OFF: Turned off/disabled.

- ON: Turned on, enabled.

- SET (as in "Setting") (setting or configuration).

- Vac: Electrical voltage (volts) of alternating current.

- Vdc: Electrical voltage (volts) of direct current.

- Yes: Yes.

12. OPTIONAL ITEMS - Sold Separately

Ecase protective cover

It is recommended for the Evolution line, keeps water from entering the back part of the instrument. It

also protects the product when the installation site is washed.

ECASE PROTECTIVE COVER

Extended frame

It allows the installation of Evolution line controllers with sizes 76 x 34 x 77 mm in various situations,

since it does not require precision in the notch of the instrument fitting panel.

The frame integrates two switches of 10 Amperes that may be used to actuate interior light, air curtain,

fan, and others.

CONTROLLER

EXTENDED

FRAME

SWITCHES

MT-530

super

MT-530

super

B B

A B

B B

A B

B B

A B

B B

A B

*Connecting Block for Serial Communication

Used to connect more than one instrument to the Interface. The wire's connections must

be made in agreement with the following rules: terminal A of the instrument connects to

the terminal A of the c , that must be connected with the terminal A of the

Interface. Repeat the action for terminals B and , being the cable shield.

onnecting block

the terminal of onnecting block must be connected to the respective terminals of

each instrument.

*Sold Separately

CONV. 32

CONV. 256

Keep Sitrad updated in website:

http://www.sitrad.com

Watch Sitrad installation video in:

http://www.fullgauge.com/

videos/sitrad

EasyProg

It is an accessory that has as its main function to store the parameters of the controllers. At any time, you

can load new parameters of a controller and download them on a production line (of the same

controller), for example. It has three types of connections to load or unload the parameters:

- version 2 or higher

- Serial RS-485: It connects via RS-485 network to the controller (only

for controllers that have RS-485).

- USB: it can be connected to the computer via the USB port, using

Sitrad's Recipe Editor.

- Serial TTL: The controller can be connected directly to EasyProg

by the TTL Serial connection.

EASYPROG

IMPORTANT

TO PERFORM THE COMMUNICATION

WITH EASYPROG THIS EQUIPMENT MUST

NOT BE COMMUNICATING WITH SITRAD

SOFTWARE.

13. ANNEXES - Reference Images

WARRANTY - FULL GAUGE CONTROLS

Products manufactured by Full Gauge Controls, as of May 2005, have a two (02) year

warranty, as of the date of the consigned sale, as stated on the invoice. They are guaranteed

against manufacturing defects that make them unsuitable or inadequate for their intended

use.

EXCEPTIONS TO WARRANTY

The Warranty does not cover expenses incurred for freight and/or insurance when sending

products with signs of defect or faulty functioning to an authorized provider of technical

support services. The following events are not covered either: natural wear and tear of parts;

external damage caused by falls or inadequate packaging of products.

LOSS OF WARRANTY

Products will automatically lose its warranty in the following cases:

- The instructions for assembly and use found in the technical description and installation

procedures in Standard IEC60364 are not obeyed;

- The product is submitted to conditions beyond the limits specified in its technical

description;

- The product is violated or repaired by any person not a member of the technical team of

Full Gauge Controls;

- Damage has been caused by a fall, blow and/or impact, infiltration of water, overload

and/or atmospheric discharge.

USE OF WARRANTY

To make use of the warranty, customers must send the properly packaged product to Full

Gauge Controls together with the invoice or receipt for the corresponding purchase. As much

information as possible in relation to the issue detected must be sent to facilitate analysis,

testing and execution of the service.

These procedures and any maintenance of the product may only be provided by Full

Gauge Controls Technical Support services in the company's headquarters at Rua Júlio de

Castilhos, 250 - CEP 92120-030 - Canoas - Rio Grande do Sul – Brasil

Rev. 03

ENVIRONMENTAL INFORMATION

Packaging:

The materials used in the packaging of Full Gauge products are 100% recyclable. Try to

perform disposal through specialized recyclers.

Product:

The components used in Full Gauge controllers can be recycled and reused if

disassembled by specialized companies.

Disposal:

Do not incinerate or dispose the controllers that have reached the end of their service as

household garbage. Observe the laws in your area regarding disposal of electronic

waste. If in doubt, please contact Full Gauge Controls.

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CONTROLLER

LOCKS

PANEL

CONTROLLER

VINYL

PANEL