GE EVT-Pro 2.0 User manual

GE’s EVT* PRO 2.0
ELECTRONIC VALVE TESTER
GENERAL ELECTRIC COMPANY©2017 ALL RIGHTS
RESERVED.
NOT FOR COPY OR DISTRIBUTION

* DENOTES TRADEMARKS OF THE GENERAL ELECTRIC COMPANY©2016 GENERAL
ELECTRIC COMPANY. ALL RIGHTS RESERVED.
OTHER COMPANY NAMES AND PRODUCT NAMES USED IN THIS DOCUMENT ARE THE
REGISTERED TRADEMARKS OR TRADEMARKS OF THEIR RESPECTIVE OWNERS
ALL INFORMATION ENCLOSED IS GE PROPRIETARYAND CONFIDENTIALAND NOT FOR
COPY OR DISTRIBUTION
EVT* PRO 2.0

TABLE OF CONTENTS
Section 1 Authorized Use / EVT PRO 2.0®In-Situ Testing Procedure Page 1
Section 2 EVT PRO 2.0®Precautions Page 3
Section 3 EVT PRO 2.0®Technician Responsibilities Page 4
Section 4 EVT PRO 2.0®Upgrades Over Previous EVT Versions Page 5
Section 5 Hardware Components of the EVT PRO 2.0®System Page 8
Section 6 EVT PRO 2.0®Load Cell Case Page 10
Section 7 EVT PRO 2.0®Load Cells Page 11
Section 8 EVT PRO 2.0®Bracket Case Page 12
Section 9 EVT PRO 2.0®Bracket Assembly Page 12
Section 10 EVT PRO 2.0®Hand Pump Case Page 13
Section 11 EVT PRO 2.0®Hand Pump Case Battery Page 13
Section 12 EVT PRO 2.0®Hand Pump Interface Panel Page 15
Section 13 EVT PRO 2.0®Laptop User Interface –GeTac V110 Page 16
Section 14 EVT PRO 2.0®Cable Assembly Page 17
Section 15 EVT PRO 2.0®Mounting the Bracket to a Valve Page 18
Section 16 EVT PRO 2.0®Load Cell Utilization Page 21
Section 17 Influence of Process Pressure Upon Accuracy Page 21
Section 18 EVT PRO 2.0®Load Cell Accuracy Page 21
Section 19 EVT PRO 2.0®Overall System Accuracy Page 22
Section 20 EVT PRO 2.0®Theory of Operation Page 22
Section 21 EVT PRO 2.0®Explanation of Graph Page 23
Section 22 EVT PRO 2.0®Functional (effective) Seat Area Page 24
Section 23 EVT PRO 2.0®Methods of Calculating Functional Seat Area Page 25
Section 24 EVT PRO 2.0®PRV Data Management (Edit Database) Page 26
Section 25 EVT PRO 2.0®PRV Data Entry Page 27
Section 26 EVT PRO 2.0®Performing a Test Page 30
Section 27 EVT PRO 2.0®Software Quick Reference Guide Page 34

TABLE OF CONTENTS (Continued)
Section 28 EVT PRO 2.0®Certificate Management Page 36
Section 29 EVT PRO 2.0®Options Menu Page 38
Section 30 EVT PRO 2.0®Report Generator Page 41
Section 31 EVT PRO 2.0®Hydraulic Hose and Hand Pump Bleeding Procedure Page 42
Section 32 EVT PRO 2.0®Test Playback Feature Page 43
Section 33 EVT PRO 2.0®Calculate Hardware Function Page 44
Section 34 EVT PRO 2.0 X®CSA Certified, Intrinsic Safe (IS) Units Page 46
Section 35 EVT PRO 2.0®Establishing the Communications Data Link Page 47
Section 36 EVT PRO 2.0®Software Updates Page 47
Section 37 EVT PRO 2.0®Calibration Requirements Page 47
Section 38 EVT PRO 2.0®Calibration Certificates –Ventil Client Website Page 48
Section 39 EVT PRO 2.0®Annual Calibration Page 49
Section 40 EVT PRO 2.0®Service Requests and Key Contacts Page 49

SECTION 1
AUTHORIZED USE / EVT PRO 2.0®FIELD TEST (IN-SITU) TESTING PROCEEDURE
EVT PRO 2.0® Operations and Technical Manual (Rev 1.0 –2016) NOT FOR COPY OR DISTRIBUTION Page 1
I. Scope:
Thisinstruction outlines recommended field testing procedures for establishing set pressurefor
installed Pressure Relief Valves(PRV) in afield environment using the Electronic Valve Tester, EVT
PRO2.0®
II. Technician Responsibilities:
1. Prior to using the EVT PRO 2.0®, all technicians should be trained and certified in the use of the
equipment. Additionally, technicians should be GTC certified in the various classes for which
the work applies and on record as being up to date in their respective training. Technicians
should be familiar with:
a. PRV installation, operation, maintenance, and trouble-shooting;
b. GEprocedures outlined in Assembly Instructions, Performance Test Instructions, and
Engineering Instructions, and;
c. Theapplicable manufacturer's testing/maintenance instructions for the PRV being
tested.
2. Technicians should ensure that all test equipment; including pressure measuring devices,
havea current calibration traceable to the standards outlined in the NBICSection3,
4.5.2 (or other regional calibration standards) Equipment serial numbers and calibration dates
are recorded on the final test report. Techniciansshould provide current calibration
documents for customer review upon request.
3. Technicians should properly notify all associated plant personnel, and ensure that the required
PPE is worn,reviewof bestpracticesforhazardousenvironments,and complete all site specific safety training
and LOTOrequired by the customer prior to conducting in-situtesting.
Ill. Test Requirements:
4. Technicians should ensure that all documentation; JSA,work permits and/or safework practices
are completed and discussedprior to beginning in-situ testing. This includes verifying that the
areawhere testing will occur is free of hazards,and has proper access and egress.
5. Techniciansperforming in-situ testing should ensure that there is direct communication between
themselves and plant operations throughout the entire testing event. Techniciansalso should
ensure that the system pressure and system stability are within the requirements established
by the GTC or Plant for in-situ testing. It is highly recommended that PRVs with an inlet
pressurelessthan 50%of set pressure or in excessof 90%of set pressure should not be tested.
NOTE: For dangers of testing below 50% or above 90% of set pressure, see warning in
Section 2 on page 3.
6. Itis recommendedthatPRVs that display an indication of leaking should not be tested. If leakage
can be stopped in asafe manner, i.e., initial lift to remove trash from seats,minor adjustment
of the compression screw, etc., and the integrity of the PRVis not suspect, in-situ testing can
continue provided no additional hazards exist. Technicians should remain cognizant of any open
dischargesand/or drains when conducting in-situ testing.
IV. EVT PRO 2.0®Inspection, Set-up, and Use:
7. Technicians should verify that the EVT PRO 2.0®is calibrated, batteries are charged, fluid levels
are topped off, and cablesand end connectors are not damaged. Ensurehardware, including
mounting bracket and adaptors, is complete and in good working order.

SECTION 1 (Continued)
AUTHORIZED USE / EVT PRO 2.0®FIELD TEST (IN-SITU) TESTING PROCEEDURE
8. CAUTION:It is highly recommendedwhen testing PRVs containing a bellows in a closed
system, stepsmust be taken to ensure that the bellows is intact and no pressure exists in the
bonnet areaof the PRV. Non bellows PRVsexposedto built-up or superimposed back
pressure should not be tested unless the media contained in the discharge system posesno
threat to the environment or the technicians conducting the test.
V. RecommendedEVT PRO 2.0®TestSequence:
9. Remove capand lift nut, if applicable. If necessary, remove capgasket and install the spindle
adaptor on the spindle. Slowly lower the test bracket, onto the bonnet or yoke of the PRVas
outlined in this EVT PRO 2.0®User's Manual. Connect hydraulic lines to the cylinder and the
pump. Connect the color-coded leadsto the load cell, lift sensor, and the acoustic sensor on
the test bracket and to the corresponding leadson the pump. Connect the pump to the EVT
PRO 2.0®computer using the Wi-Fi link-up.
10. Once the equipment is mounted and all connections are made, verify inlet pressurefrom either
the Control Roomor through the useof a local gauge. Ensurethat inlet pressureis between 50-
90% of PRVset pressure before starting the test. Communications should be maintained with
the Control Room throughout the EVT PRO 2.0®testing sequence. NOTE: For dangers of
testing below 50% or above 90% of set pressure, see warning in Section 2 on page 3.
11. Using slow and deliberate pumping strokes increase the load on the PRVspindle to the pre
calculated value determined by the EVT PRO 2.0®computer until an audible or visual indication
of set point is reached. Once set point is reached, stop pumping and release the hydraulic
pressure. If the determined set point is within the popping pressure tolerance established by the
appropriate section of the ASME Code,conduct two additional tests and verify the same
standards are met.
12. If adjustments to set point are necessary,remove the test bracket and make the adjustments.
Usecaution to prevent the spindle from rotating or causing the PRVto go into full lift. If it is
determined that ring adjustments are required, gag the valve before making anyadjustments.
Once complete, resume testing as described in 11above.
13. Once testing is complete, restore the PRVto its operational condition ensuring both the cap and
lift nut are installed, if applicable. If reinstalling alift-nut, ensure the proper gap isestablished
between the lift-nut and lift-lever per manufacturer's instructions. Sealall external adjustment
points, and tag the PRVper approved GTC procedures asoutlined in the National Board
Inspection Code.
VI. Job Completion:
14. It is recommended that technicians complete all required documentation, obtain customer
signature(s) asrequired, and provide customer with copiesof documentation. Ensure final test
data is entered in ValvKeep as the GTC requires, either at the customer site or upon return to
base.
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SECTION 2
EVT PRO 2.0®PRECAUTIONS
Keep this EVT PRO 2.0®operations and instruction manual available at all
times.
Observe and comply with recognized safety measures and obligatory
regulations regarding accident prevention and environmental protection.
Consider additional factors including, but not limited to, organization of
work, plant production schedule, and use of additional qualified personnel
when using the EVT PRO 2.0®.
Inspect the EVT PRO 2.0®periodically during operation to ensure safe
operation and accurate test results.
The EVT PRO 2.0®system contains two batteries. One supplies power to
the laptop (actually 2 batteries in one), and the other supplies power to the
pump assembly electronics. The average battery life of both batteries is
eight (8) hours of continuous use or 300 tests @ 15 min each. Be advised
that extreme heat or cold could degrade battery life. Use common sense
when testing with the EVT PRO 2.0®–if the environmental conditions are
unsuitable for personal to work, then the conditions are unsuitable for use
of the EVT PRO 2.0®also. Only trained and certified valve technicians
should use the EVT PRO 2.0®
Always wear appropriate PPE when using the EVT PRO 2.0®.
Do NOT use the EVT PRO 2.0®during periods of inclement weather, i.e.,
dense fog, rain, sleet, slow, etc. Immediately abort the use of the EVT
PRO 2.0®if lightning occurs.
EVT PRO 2.0® Operations and Technical Manual (Rev 1.0 –2016) NOT FOR COPY OR DISTRIBUTION Page 3
DANGERS OF TESTING BELOW 50% OR ABOVE 90% OF SET PRESSURE
GE policy has always been to NOT conduct EVT testing below 50%or above 90%of set
pressure.
When testing below 50%of set pressure 2 negative possibilities exist:
•Potential for mechanical damage can occur as a result of too much hydraulic
force required to lift the spindle. (ASME recommends 75% inlet pressure).
•Inaccurate set point determined due to the large gap between inlet pressure and
set pressure. Set point accuracy improves as the gap between inlet pressure
and set pressure decreases.
When testing above 90%of set pressure, 3 negative possibilities exist:
•PRV goes full open as a result of pulling on spindle.
•Damage to equipment occurs as a result of sudden opening of the PRV.
•Safety of technicians is compromised due to sudden opening of PRV.

SECTION 3
EVT PRO 2.0®TECHNICIAN RESPONSIBILITIES
Ensure all personnel adhere to the following additional safety precautions during EVT PRO
2.0®testing:
•DO NOT stand in front of the discharge side of a PRV (Pressure Relief Valve) when
testing. Serious injury and/or DEATH may result!
•EXERCISE EXTREME CARE when examining a pressure relief valve for visible
leakage.
•KNOW the points of possible media exhaust or leakage for the valve being tested.
Some valves exhaust media at locations other than the valve outlet.
•ENSURE that installed PRVs have adequate access around the valve to include
overhead clearance for equipment mounting. ASME and other regulatory bodies
suggest 19 inches of overhead clearance over a PRV –the minimum height of the EVT
PRO 2.0®test stack is 13 inches. It was designed with this requirement in mind.
•USE CAUTION when testing PRVs installed in flammable or toxic environments.
Ensure appropriate protective measures are being implemented.
•PREREQUISITE: EVT PRO 2.0®operators must at a minimum be a VALVE
TECHNICIAN 2; or be supervised by a certified LEVEL 3 VALVE TECHNICIAN.
•DO NOT OPERATE THE EVT PRO 2.0®IF SAFETY OF THE DEVICE OR
PERSONNEL IS EVER QUESTIONABLE!
DISCLAIMER
GE Consolidated is not responsible for damage or personal injury caused by failure to
follow the instructions contained in this manual, poor maintenance of the EVT PRO
2.0®,or improper use of the equipment.
GE Consolidated emphasizes that working with high pressure media is dangerous
and can cause serious injury or death. The operator of the EVT PRO 2.0®must be
aware of this danger and be trained and qualified to operate the EVT PRO 2.0®
accordingly”
EVT PRO 2.0® Operations and Technical Manual (Rev 1.0 –2016) NOT FOR COPY OR DISTRIBUTION Page 4

SECTION 4
EVT PRO 2.0®UPGRADES OVER PREVIOUS EVT VERSIONS
The EVT PRO 2.0®unit has several upgrades over the previous EVT version which
facilitates state of the art engineering, hardware, and software advances. The following
is an overview of these advances:
State of the art industrial laptop which is lighter, and has extended battery life. The
laptop battery can be hot-swapped thereby vastly extending operational time
between charges.
Automatic wireless Wi-Fi communications between the laptop and the Hand Pump
electronics. This eliminates the USB cable, and greatly extends the
range…allowing test monitoring to occur from safe distances outside of hazardous
zones.
Pump case battery life is vastly extended to over 8 hours of continuous use.
(approx. 300 tests @ 15 min. per test)
Engineering configuration of the Test Bracket now has a time-saving claw clamp.
The claw clamp grasps the lifting nut adapter, for quick connection to valves, and
the bracket has turnbuckle style screws for fast micro-controlled height adjustments
without the need to remove the assembly from the valve.
Cable connections are color coded and keyed in such a way that only the proper
cable will fit into the receptacle. There are no pins, so the problem of bent pins in
the connections has been eliminated.
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EVT PRO 2.0® Operations and Technical Manual (Rev 1.0 –2016) NOT FOR COPY OR DISTRIBUTION Page 6

EVT PRO 2.0® Operations and Technical Manual (Rev 1.0 –2016) NOT FOR COPY OR DISTRIBUTION Page 7

SECTION 5
HARDWARE COMPONETS OF THE EVT PRO 2.0®SYSTEM
Figure 5.1 –Load cell assembly case
Figure 5.2 –Bracket assembly
case Figure 5.3 –Pump case
The EVT PRO 2.0®Valve testing system consists of 4 distinct hardware items. They are as
follows:
•Load cell assembly case –(Figure 5.1)
•Bracket assembly case –(Figure 5.2)
•Pump case with laptop –(Figure 5.3 and 5.4)
•Cable assembly –(Figure 5.5)
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SECTION 5 (Continued)
HARDWARE COMPONETS OF THE EVT PRO 2.0®SYSTEM
Figure 5.4 –Getac V110 Laptop
Figure 5.5 –Cable Assembly
(shown connected to bracket,
Orange cable insulation sheathing
not shown)
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SECTION 6
EVT PRO 2.0®LOAD CELL CASE
The EVT PRO 2.0®Load Cell Case is a Pelican style case which houses the 4 load cells
and hydraulic lifting cylinders 1 and 3. The lifting cylinders are separated between the
Load Cell case and the Bracket Case for better weight distribution for transport. Various
other items are housed in this case. Please refer to Figure 6.1 below for part identification.
Figure 6.1 –EVT PRO 2.0®Load Cell Case Assembly
Extra storage space
for Acoustic and Lift
Sensor Cables
Acoustic Sensor Spindle Adapter Kit
1kN Hydraulic Lift Cylinder #1
20 kN Load Cell
Acoustic Sensor
Clamp Lift Sensor
50 kN Load Cell
1 kN Load Cell
10 kN Load Cell
20 kN Hydraulic Lift Cylinder #3
EVT PRO 2.0® Operations and Technical Manual (Rev 1.0 –2016) NOT FOR COPY OR DISTRIBUTION Page 10

SECTION 7
EVT PRO 2.0 ®- LOAD CELLS
Figure 7.1 –Example of Load Cell mounted to Load Cell Claw
Assembly
The EVT PRO 2.0®utilizes 4 different load cells, each with a specified span, in order to
provide the optimum span and data resolution. Each measures load (force) in Kilo-Newtons
(kN).
Each load cell is "married" to only one hydraulic cylinder. The 1 kN load cell only works with
cylinder 1, etc. Also, the total output force of the cylinder will never exceed the load limit of
the load cell. Thus you cannot "blow" a load cell by pumping alone. Each hydraulic lifting
cylinder and load cell are engraved accordingly for easy identification.
NOTE: The EVT PRO 2.0®comes standard with 4 load cells and 4 hydraulic lifting cylinders.
If a greater lifting and measuring capability is needed, a fifth, 100 kN load cell and hydraulic
lifting cylinder can be requested. It uses a separate bracket assembly and is issued upon
special request.
The 4 load cells and the associated hydraulic lifting cylinders of the EVT PRO 2.0®system
are:
•Hydraulic lifting cylinder 1 kN / 1 kN Load cell / Approx. 220 lbF
•Hydraulic lifting cylinder 10 kN / 10 kN Load cell / Approx. 2204 lbF
•Hydraulic lifting cylinder 20 kN / 20 kN Load cell / Approx. 4400 lbF
•Hydraulic lifting cylinder 50 kN / 50 kN Load cell / Approx. 7500 lbF
Option:
•50 kN Bracket (Heavy Duty) / 50kN Load cell / Approx. 11,000 lbF
Figure 7.1 below shows one of the load cells. It is shown mounted to the Load Cell Claw
Assembly which will be discussed later.
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SECTION 8
EVT PRO 2.0 ® BRACKET CASE
The EVT PRO 2.0®Bracket Case is a Pelican style case which houses the EVT PRO 2.0®
Bracket, Hydraulic Lifting Cylinders 2 and 4, load cell claw assemblies, and various other
items. Please refer to Figure 8.1 below for part identification.
Figure 8.1 –Bracket Case
50 kN Hydraulic Lift
Cylinder #4
EVT PRO 2.0® Bracket Assembly
10 kN Hydraulic Lift
Cylinder #2 (Shown
mounted on Bracket)
Bracket Extension (2)
Load Cell Claw # 3
Load Cell Claw # 1
Load Cell Claw # 2
SECTION 9
EVT PRO 2.0 ® BRACKET ASSEMBLY
The EVT PRO 2.0®Bracket assembly is vastly improved over previous versions. It utilizes
turn screw micro height adjustment which allows for a minimum height of just 13
inches. This is well below the 19 inch PRV overhead clearance requirement as
stipulated by NBIC Section 3, API RP 520, and ASME Sec 1, VII, and VIII. The
mounting adapter to the PRV spindle has been improved to provide quick and universal
mating, and the Bracket Pin lanyards have been eliminated and replaced with pins which
have slot and groove tracks with mechanical stops.
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SECTION 10
EVT PRO 2.0 ®HAND PUMP CASE
Figure 10.1 –Hand Pump Case
SECTION 11
EVT PRO 2.0 ® HAND PUMP CASE BATTERY
The EVT PRO 2.0®Hand Pump Case Battery is anew generation, rapid charging LiCAD
battery which slides into a receptacle on the side of the Hand Pump case, and is locked
into place using a retaining tab. A stand alone charger is provided with universal AC
adapters for worldwide adaptability to the AC supply grid. Refer to Section 7.2 for parts
identification.
•1 charge is good for 8 hours of continuous use,or approx. 300 tests lasting
15 minutes each.
•Operating temperature is between -4˚F (-20˚C) and 140F (60˚C). However,
the rule of thumb is to use environmental situation awareness. Also,
temperature extremes will degrade the battery charge faster.
The EVT PRO 2.0®Hand Pump Case has several key advancements over the previous
version. The case itself is a soft sided case with internal frame. The case itself houses the
EVT PRO 2.0®upgraded pump assembly, electronics motherboard, battery supply, and
the Getac V110 laptop computer. Refer to figure 10.1.
The EVT PRO 2.0®Hand Pump Case with electronics is a state of the art assembly. It is
assembled from lightweight aircraft aluminum and consists of a hydraulic pump, a
directional control lever, and an electronics interface that sends test data to the computer
via a wireless Wi-Fi connection. The hand pump generates a maximum working pressure
of 1160 psi (80 bar).
The Hand Pump Case electronics can operate at temperatures between -4˚F (-20˚C)
and 140F (60˚C). However, the rule of thumb is to use environmental situation
awareness. If a certain job site is too hot, cold or wet, for you to safely work, then
the job site is also too hot, cold, or wet for the EVT Pro 2.0 ® Hand Pump Case and
the electronics.
The Pump case has an average run time of 8 hours under battery power, or about 300
tests which are 15 minutes for each test.
The pump can be filled with any ISO46 or AW46 or higher rated hydraulic tool oil.
This can be purchased locally from a lube shop.
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SECTION 11 (Continued)
EVT PRO 2.0 ® HAND PUMP CASE BATTERY
Figure 11.1 –Hand Pump Case Battery Figure 11.2 –Universal Battery Charger
Battery Charging LED Status lights
The EVT PRO 2.0®Hand Pump Case Battery is actually two (2) batteries enclosed in one
battery case. Refer to figure 11.1. The battery charger is equipped with LED charging
status lights to indicate each of the batteries charging status. The battery charger LED
status light meaning is as follows:
•Red –Power is on, Adapter is on.
•Green 1 –Battery 1 is OK.
•Green 2 –Battery 2 is OK.
•Blinking Yellow 1 –Charging Battery 1.
•Faster Blinking Yellow 1 –Charging Battery 1 is almost full.
•Blinking Yellow 2 –Charging Battery 2.
•Faster Blinking Yellow 2 –Charging Battery 2 is almost full.
•Both Green (2) and Red LED’s on –Battery 1 and 2 fully charged
NOTE 1: If you only see one (1) Green LED, that means the battery pack is bad.
“Two is aGO, One is aNO”
NOTE 2: If the battery pack is fully loaded and you place the battery on the charger again,
Only the RED LED will show because the battery pack is overload protected.
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The Hand Pump Case Battery
receptacle is located on the
interface panel, which is on the
side panel of the Hand Pump
case.
This mechanical lock device
holds the battery firmly in
place, and prevents accidental
disconnection.

SECTION 12
EVT PRO 2.0 ®HAND PUMP INTERFACE PANEL
The EVT PRO 2.0®Hand Pump Interface Panel contains the Electronic Main Power
Button, and Wi-Fi Status light, unit hydraulic connections, various cable connections, a
communications link up button, and a flow restriction valve. The electrical connections are
color coded and designed in such a way so that they are pin-less. This eliminates one of
the major issues with the previous unit –being bent connection pins in both the interface
panel and the cables. Each receptacle is also keyed, so only the proper cable will fit into
it’s corresponding receptacle. Refer for figure 12.1 below for Interface Panel component
identification.
Figure 12.1 –Interface Panel
Male
Hydraulic
Connection
Restriction device –Use Full
open or full closed ONLY! Female
Hydraulic
Connection
Main Power
Switch and Wi-Fi
Status Light
White –Process
Pressure Connection
Yellow –Lift Sensor
Connection
Blue –Acoustic
Sensor Connection
Black –Load Cell
Connection
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SECTION 13
EVT PRO 2.0®LAPTOP USER INTERFACE –GeTac V110
Figure 13.1 –EVT Pro 2.0 Laptop with Wi-Fi data link
The laptop used with the EVT PRO 2.0®is a Getac V110 series design. It is a ruggedized
computer capable of withstanding rough treatment and exposure to moisture. It is water
resistant, not waterproof!
It can be used as either a laptop or aPC tablet as the screen rotates and fold down in
tablet mode.
Can operate at temperatures between -4˚F (-20˚C) and 140˚F (60˚C). However, use
environmental situational awareness, to ensure proper electronic operation.
The Getac V110 has an average run time of 8 hours under battery power, per battery,
which can be hot-swapped during operation without interruption.
Wi-Fi wireless communications link. Eliminates the USB cable and limitations of the
previous unit. The Wi-Fi data link is low power and CSA approved.
Large 11.6”LumiBond®2.0 sunlight readable display
6th generation Intel®CoreTM processor
Intel HD graphics 520
Full-size 88 key backlit keyboard
MIL-STD 810Gand IP65 certified
The EVT PRO 2.0 ® program software is copyright protected and cannot be modified
except by GE/ Consolidated®, or its authorized representative.
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