MNR-800-HPC400
High pressure controller for hydraulic operation up to 400 MPa
Carefree hydraulic pressure calibration up to 400 MPa (58,000 psi)
• UNIQUE, PATENTED HIGH PRESSURE CONTROL TECHNOLOGY• HIGH SPEED OPERATION, SETS PRESSURES IN LESS THAN ONE MINUTE• HIGH PRECISION PRESSURE CONTROL• HIGH ACCURACY QUARTZ REFERENCE SENSORS WITH ACCREDITED CALIBRATION• TOLERANT OF VARYING TEST VOLUME• LOCAL TOUCH SCREEN USER INTERFACE AND FULL REMOTE CONTROL• INTEGRATED TEST OIL FILL AND GAS PURGE SYSTEM• VERY RELIABLE IN CONTINUOUS OPERATION, EVEN IN HIGHEST PRESSURE RANGES

Page 1© 2020 Minerva meettechniek B.V. all rights reserved

MNR-800-HPC400 HIGH PRESSURE CONTROLLER
MNR-800-HPP25 POWERPACKThe HPC is intended to generate and control pressure as needed tocalibrate and test pressure measuring instruments in wide variety of
applications. The HPC uses innovative pressure generation andcontrol technology, developed and proven over several years in
intensive operation with a major transducer manufacturer. Thisversatile technology (see Operating Principles, p.4) sets pressure very
quickly and precisely into varying test volumes over a very wide
pressure range. The very robust design provides exceptional reliability,
allowing years of uninterrupted operation.

Integrated oil filling and gas purging system
When using a hydraulic pressure controller,
failure to fil l the system under test with oil andpurge trapped gases can lead to unpredictablepres s ure control, ov ers hoot and premature
wear of active hy draulic components .
Toaddress this problem, the HPC includes built -in
capability t o eas ily and quick ly fill and purg e
the test system (see Operating Principles, p. 4).
The operat or runs a s imple on-board rout ine t oassure a solid, air free test system andex cellent press ure control. I n mos t s ituations ,the on-board system eliminates the need for as econdary
test
fill
set
up system
andprocedure.

Pressure on the low side of the HPC’s intensifier is supplied by an industrial
powerpack that continuously generates approximately 21 MPa (3,500 psi).
The powerpack pressure output flows through a servo valve that controls
differential pressure across the intensifier’s low pressure piston (seeOperating Principles, p. 4). The powerpack is a standalone unit designed forreliable operation with minimal heat and noise generation. If desired, it canbe placed up to 6 m (18 ft) away from the HPC, well removed from the
HPC’s immediate work area.
L ocal u se r i n t e rf ace
The HPC includes a color, touchscreen display
display
mounted at a convenient angle for fu ll function fu ll function
local operator interaction.
Operation isisstraightforward and intuitive . The display can display canbe locked out by remote command to av oid
to avoid
accidental interference.

Automating tests with HPC
HPC has remote communication capability
over USB and Internet interfaces.
SCPI
protocolcommands
are
used
and
t horoug hly documented in t he HPC manual.
The HPC remote commands can be us ed inuser developed software to automate
calibration and testing functions.

Interchangeable pressure modules
HPC
referencepressure
modulesareinterchang ed in minutes (s ee p. 5).
Thisallowsoptimizationofthepressuremeasurement range to the device under test
range.
The modules are compact, s tandalone, plug and play dev ices t hat can becalibrated independently of the HPC so the
HPC does not need to be taken out of
operation or moved for recalibration.

High pressure intensifier
The heart of the HPC press ure control s y stem is a hig h pres sure pis ton-ratio
intens ifier (s ee Operating Principles , p. 4). The intens ifier s moothly andreliably mult iplies different ial pressure from a pow erpack , deliv ering hig hpressure to the system under test. Should the intensifier run out of stroke,
it is recharg ed aut omat ically , t ransparent ly t o the operat or and w it houtsignificantly disturbing the test pressure.

Ergonomic enclosure
The HPC enclosure is designed
to minimize the unit’s footprint,
shieldoperatorspressure
provide

from

high

components

and

easy

accessservicing or repairs.
displayandfor

The usercontrols

arepresented on an angled front
panel.
can

The oil reservoir levelbereservoir

checkedrefilledfrom the front .

and

the

conveniently

The “hood” canbe lifted, providing easy accessto all internal components.

© 2020 Minerva meettechniek B.V. all rights reserved

Page 2

Page 3© 2020 Minerva meettechniek B.V. all rights reserved

MNR-800-HPC400 HIGH PRESSURE CONTROLLER
MNR-800-HPP25 POWERPACKThe HPC is intended to generate and control pressure as needed tocalibrate and test pressure measuring instruments in wide variety of
applications. The HPC uses innovative pressure generation andcontrol technology, developed and proven over several years in
intensive operation with a major transducer manufacturer. Thisversatile technology (see Operating Principles, p.4) sets pressure very
quickly and precisely into varying test volumes over a very wide
pressure range. The very robust design provides exceptional reliability,
allowing years of uninterrupted operation.

Integrated oil filling and gas purging system
When using a hydraulic pressure controller,
failure to fil l the system under test with oil andpurge trapped gases can lead to unpredictablepres s ure control, ov ers hoot and premature
wear of active hy draulic components .
Toaddress this problem, the HPC includes built -in
capability t o eas ily and quick ly fill and purg e
the test system (see Operating Principles, p. 4).
The operat or runs a s imple on-board rout ine t oassure a solid, air free test system andex cellent press ure control. I n mos t s ituations ,the on-board system eliminates the need for as econdary
test
fill
set
up system
andprocedure.

Pressure on the low side of the HPC’s intensifier is supplied by an industrial
powerpack that continuously generates approximately 21 MPa (3,500 psi).
The powerpack pressure output flows through a servo valve that controls
differential pressure across the intensifier’s low pressure piston (seeOperating Principles, p. 4). The powerpack is a standalone unit designed forreliable operation with minimal heat and noise generation. If desired, it canbe placed up to 6 m (18 ft) away from the HPC, well removed from the
HPC’s immediate work area.
L ocal u se r i n t e rf ace
The HPC includes a color, tmounted at a convenient angl
local operator interaction.
straightforward and intuitive .
be locked out by remote com
accidental interference.

Automating tests with HPC
HPC has remote communication capability
over USB and Internet interfaces.
SCPI
protocolcommands
are
used
and
t horoug hly documented in t he HPC manual.
The HPC remote commands can be us ed inuser developed software to automate
calibration and testing functions.

Interchangeable pressure modules
HPC
referencepressure
modulesareinterchang ed in minutes (s ee p. 5).
Thisallowsoptimizationofthepressuremeasurement range to the device under test
range.
The modules are compact, s tandalone, plug and play dev ices t hat can becalibrated independently of the HPC so the
HPC does not need to be taken out of
operation or moved for recalibration.

High pressure intensifier
The heart of the HPC press ure control s y stem is a hig h pres sure pis ton-ratio
intens ifier (s ee Operating Principles , p. 4). The intens ifier s moothly andreliably mult iplies different ial pressure from a pow erpack , deliv ering hig hpressure to the system under test. Should the intensifier run out of stroke,
it is recharg ed aut omat ically , t ransparent ly t o the operat or and w it houtsignificantly disturbing the test pressure.

Ergonomic enclosure
The HPC enclosure is designed
to minimize the unit’s footprint,
shieldoperatorspressure
provide

from

high

components

and

easy

accessservicing or repairs.
displayandfor

The usercontrols

arepresented on an angled front
panel.
can

The oil reservoir levelbereservoir

checkedrefilledfrom the front .

and

the

conveniently

The “hood” canbe lifted, providing easy accessto all internal components.

© 2020 Minerva meettechniek B.V. all rights reserved

Page 2

Page 3© 2020 Minerva meettechniek B.V. all rights reserved

OPERATING PRINCIPLES
MNR-800-HPM REFERENCE PRESSURE MODULES

HPC operating principle

Oil fill and air purge system

Low pressure (21 MPa) is generated by the powerpack (1).
The low pressure flows through a servo valve (2) and backto the powerpack. The two sides of the servo valve areconnected to two sides of the intensifier’s low pressure
piston (3a, 3b). By adjusting flow, the servo valve (2)controls the differential pressure across the low pressure
piston (3a, 3b). The intensifier’s piston assembly will move
to maintain equilibrium between the force on the lowpressure piston (3a, 3b) and the force on the high pressure
piston (4). As the intensifier has a ratio of 20:1, the system
is in equilibrium when the high pressure (4) is 20x thedifferential pressure across (3a) and (3b). So, the highpressure as measured by control sensor (5) is generated
and controlled by a patented fast pressure control loopthat steers servo-valve (2) to control the differential
pressure across the low pressure piston (3a, 3b). The servo
valve is fast and precise and the piston assembly moves
with very low friction, resulting in excellent control of thehigh pressure.
If the piston runs out of stroke during a test, the controller
automatically resets the piston position. Test isolation
valve (10) closes to maintain the set pressure in the system(12). Servo valve (2) moves the piston assembly to lower
the pressure. Vent valve (8) is opened to the reservoir (7).
Servo valve (2) moves the piston to the desired position.
Vent valve (8) is closed. Servo valve (2) is used to generatepressure as read by control sensor (5) back to the level ofpressure in the system under test as read by the reference
sensor (11). Once the two pressures (5, 11) are equal,
isolation valve (10) is opened and the test continues. The
piston resetting routine is normally only used in unusual
situations such as large test volumes, trapped air, or if
there is a small leak in the test system that must becompensated for by the intensifier piston assembly
movement.

The preferred procedure is to use a two-step process. Firstthe system under test, connected at (12), is filled with oil.
Then the HPC’s built-in vacuum system is used to pull any
remaining trapped air out of the system under test.
The oil fill process is controlled from the front panel userinterface. After the device or system under test isconnected (12), a fitting or purge port at a high point in thesystem under test is opened and the on-board fill routine islaunched. The vent valve (8) is closed. Then the servo
valve (2) is used to slowly move the intensifier piston
assembly forward, driving oil into the test system. Whenthe operator observes oil at the purge port, they tighten
the open fitting. Once the fitting is tightened the
movement of the HPC intensifier piston assembly causes
the pressure to begin to rise. When the pressure
measured by the control sensor (5) reaches about 0.4 MPa(60 psi), the fill routine ends.
The air purging process is launched from the front panel
user interface or by remote command.
A device
connected to (12) has already been filled with oil using thefill function. Vent valve (8) and isolation valve (10) are
opened. Then a pneumatic valve is opened at (9) to allow
compressed air to flow through the venturi (6). The flow
through the venturi causes a vacuum to be applied to the
top of the reservoir (7). The vacuum pulls air from thedevice or system under test (12). After a fixed time
(typically 5 minutes), the compressed air valve (9) is closed
and the purging process is complete.

HPM Pressure Measurement Specifications
Standard Class

11

7
2

3b

4

© 2020 Minerva meettechniek B.V. all rights reserved

MNR-800-HPM70S
MNR-800-HPM140S
MNR-800-HPM200S
MNR-800-HPM280S
MNR-800-HPM400S

HPM Range
Measurement uncertainty

70 MPa140 MPa
200 MPa280 MPa
400 MPa

MNR-800-HPM70P
MNR-800-HPM140P
MNR-800-HPM200P
MNR-800-HPM280P

70 MPa140 MPa
200 MPa280 MPa70, 140, 200, 280 MPa 400 MPa

70, 140, 200 MPa

280 MPa± 0.05% FS± 0.01% FS± 0.018% FS

Precision10

1. Powerpack pump
2. Servo valve (flow controller)
3.a.,b. Two sides of intensifier low pressure piston
4. Intensifier high pressure piston
5. Control pressure sensor
6. Venturi vacuum ejector± 0.08% FS

10 kpsi
20 kpsi
30 kpsi
40 kpsi
58 kpsi

10 kpsi
20 kpsi
30 kpsi
40 kpsiTo 1 ppm FS

Uncertainty resolution

5
8

3a

Ranges (gauge)

Premium Class

9

6

1

MNR-800-HPM pressure modules areused by the HPC for high accuracy
measurement of the pressure set by thecontroller. The modules are offered invarious pressure ranges and two
different performance classes to best
meet the requirements of thecalibration or test being conducted. The
module in use is installed in an easily
accessed area on the front of the HPC(see p. 2) and modules can beinterchanged in a minute or two.
Premium modules use very highperformance quartz pressure sensors todeliver the highest accuracy available
and standard modules are based on
more economical silicon-on-sapphiresensors.
Pressure modules are stand alone units
that can be operated separately fromthe HPC allowing them to be calibrated
without downtime or moving of the
HPC.

12

± 0.015% FS± 0.03% FS± 0.008% FS± 0.01% FS

Predicted one year stability ± 0.025% FS± 0.04% FS± 0.005% FS±0.006% FS

Calibration

Delivered with ISO/IEC 17025 accredited calibration report

7. Oil reservoir
8. Vent valve
9. Compressed air inlet to venturi
10. Test isolation valve
11. Reference pressure sensor
12. Test port

Page 4

Page 5© 2020 Minerva meettechniek B.V. all rights reserved

OPERATING PRINCIPLES
MNR-800-HPM REFERENCE PRESSURE MODULES

HPC operating principle

Oil fill and air purge system

Low pressure (21 MPa) is generated by the powerpack (1).
The low pressure flows through a servo valve (2) and backto the powerpack. The two sides of the servo valve areconnected to two sides of the intensifier’s low pressure
piston (3a, 3b). By adjusting flow, the servo valve (2)controls the differential pressure across the low pressure
piston (3a, 3b). The intensifier’s piston assembly will move
to maintain equilibrium between the force on the lowpressure piston (3a, 3b) and the force on the high pressure
piston (4). As the intensifier has a ratio of 20:1, the system
is in equilibrium when the high pressure (4) is 20x thedifferential pressure across (3a) and (3b). So, the highpressure as measured by control sensor (5) is generated
and controlled by a patented fast pressure control loopthat steers servo-valve (2) to control the differential
pressure across the low pressure piston (3a, 3b). The servo
valve is fast and precise and the piston assembly moves
with very low friction, resulting in excellent control of thehigh pressure.
If the piston runs out of stroke during a test, the controller
automatically resets the piston position. Test isolation
valve (10) closes to maintain the set pressure in the system(12). Servo valve (2) moves the piston assembly to lower
the pressure. Vent valve (8) is opened to the reservoir (7).
Servo valve (2) moves the piston to the desired position.
Vent valve (8) is closed. Servo valve (2) is used to generatepressure as read by control sensor (5) back to the level ofpressure in the system under test as read by the reference
sensor (11). Once the two pressures (5, 11) are equal,
isolation valve (10) is opened and the test continues. The
piston resetting routine is normally only used in unusual
situations such as large test volumes, trapped air, or if
there is a small leak in the test system that must becompensated for by the intensifier piston assembly
movement.

The preferred procedure is to use a two-step process. Firstthe system under test, connected at (12), is filled with oil.
Then the HPC’s built-in vacuum system is used to pull any
remaining trapped air out of the system under test.
The oil fill process is controlled from the front panel userinterface. After the device or system under test isconnected (12), a fitting or purge port at a high point in thesystem under test is opened and the on-board fill routine islaunched. The vent valve (8) is closed. Then the servo
valve (2) is used to slowly move the intensifier piston
assembly forward, driving oil into the test system. Whenthe operator observes oil at the purge port, they tighten
the open fitting. Once the fitting is tightened the
movement of the HPC intensifier piston assembly causes
the pressure to begin to rise. When the pressure
measured by the control sensor (5) reaches about 0.4 MPa(60 psi), the fill routine ends.
The air purging process is launched from the front panel
user interface or by remote command.
A device
connected to (12) has already been filled with oil using thefill function. Vent valve (8) and isolation valve (10) are
opened. Then a pneumatic valve is opened at (9) to allow
compressed air to flow through the venturi (6). The flow
through the venturi causes a vacuum to be applied to the
top of the reservoir (7). The vacuum pulls air from thedevice or system under test (12). After a fixed time
(typically 5 minutes), the compressed air valve (9) is closed
and the purging process is complete.

HPM Pressure Measurement Specifications
Standard Class

11

7
2

3b

4

© 2020 Minerva meettechniek B.V. all rights reserved

MNR-800-HPM70S
MNR-800-HPM140S
MNR-800-HPM200S
MNR-800-HPM280S
MNR-800-HPM400S

HPM Range
Measurement uncertainty

70 MPa140 MPa
200 MPa280 MPa
400 MPa

MNR-800-HPM70P
MNR-800-HPM140P
MNR-800-HPM200P
MNR-800-HPM280P

70 MPa140 MPa
200 MPa280 MPa70, 140, 200, 280 MPa 400 MPa

70, 140, 200 MPa

280 MPa± 0.05% FS± 0.01% FS± 0.018% FS

Precision10

1. Powerpack pump
2. Servo valve (flow controller)
3.a.,b. Two sides of intensifier low pressure piston
4. Intensifier high pressure piston
5. Control pressure sensor
6. Venturi vacuum ejector± 0.08% FS

10 kpsi
20 kpsi
30 kpsi
40 kpsi
58 kpsi

10 kpsi
20 kpsi
30 kpsi
40 kpsiTo 1 ppm FS

Uncertainty resolution

5
8

3a

Ranges (gauge)

Premium Class

9

6

1

MNR-800-HPM pressure modules areused by the HPC for high accuracy
measurement of the pressure set by thecontroller. The modules are offered invarious pressure ranges and two
different performance classes to best
meet the requirements of thecalibration or test being conducted. The
module in use is installed in an easily
accessed area on the front of the HPC(see p. 2) and modules can beinterchanged in a minute or two.
Premium modules use very highperformance quartz pressure sensors todeliver the highest accuracy available
and standard modules are based on
more economical silicon-on-sapphiresensors.
Pressure modules are stand alone units
that can be operated separately fromthe HPC allowing them to be calibrated
without downtime or moving of the
HPC.

12

± 0.015% FS± 0.03% FS± 0.008% FS± 0.01% FS

Predicted one year stability ± 0.025% FS± 0.04% FS± 0.005% FS±0.006% FS

Calibration

Delivered with ISO/IEC 17025 accredited calibration report

7. Oil reservoir
8. Vent valve
9. Compressed air inlet to venturi
10. Test isolation valve
11. Reference pressure sensor
12. Test port

Page 4

Page 5© 2020 Minerva meettechniek B.V. all rights reserved

APPLICATIONS
Pressure sensor manufacturing & testing

PRODUCT CONFIGURATOR
HPC can be used in the development,compensation and final calibration of variouspressure measuring instruments. It setspressure quickly and precisely even in large
test manifolds and is engineered to support
long and complex, fully automated test
sequences. Most test manifolds can be filled
and purged using HPC’s on-board capabilities.

To put together your HPC system:
1. Select an HPC pressure controller.
At this time there is only one model, MNR-800-HPC400.
MNR-800-HPC400 will operate up to 400 MPa, but also
handles ranges as low as 70 MPa.
2. Select an HPP powerpack.
For 230 V, 50 Hz, use MNR-800-HPP25-230-50.
For 110 V, 60 Hz, use MNR-800-HPP25-110-60.
For 200 V, 50Hz, use MNR-800-HPP25-200-50
For 200 V, 60Hz, use MNR-800-HPP25-200-60

Downhole sensor calibration and validation
HPC covers the very high pressure ranges found intoday and tomorrow’s oil & gas downhole
applications. It is rugged and reliable, very well
suited to use in remote locations and difficult
environments where downhole transducers andtools are supported.

3. Select a powerpack interconnection kit.
This kit makes the hydraulic and electrical connections
between the HPC controller and the HPP powerpack. The
length of the interconnection kit determines the maximum
distance between the HPC pressure controller and the HPP
powerpack when they are installed.
For 2 meters, use MNR-800-HPP25-2.
For 4 meters, use MNR-800-HPP25-4.
For 6 meters, use MNR-800-HPP25-6.

General calibration lab and shop use
HPC can serve as a versatile and easy to use
calibration tool to cover a very wide range ofhydraulic pressure with low uncertainty in all
kinds of calibration facilities.

4. Select one or more HPM pressure modules.
Select as needed to support the ranges and uncertainties
desired. See MNR-800-HPM pressure modules, p. 5.

Analog gauge calibration in a calibration lab or manufacturing environment
HPC can execute large pressure changes quickly and make smallpressure changes very precisely in just a few seconds. This makes
analogue gauge calibration much easier and faster than with adeadweight tester, manual pressure generators or other controllers
that lack this capability.

HPC system components standard delivery

Pressure control component in an automated piston gauge system
HPC’s reliability, speed and ability to make verysmall changes in volume predictably by moving its
intensifier piston make it the perfect solution forhydraulic control in an automated piston gaugesystem. HPC’s remote command set includes
function necessary to support integration into an
automated piston gauge system. Contact Minerva
for additional information.

© 2020 Minerva meettechniek B.V. all rights reserved

Page 6

MNR-800-HPC400
pressure controller

MRN-800-HPP25
powerpack

MNR-800-HPM
pressure module

The HPC pressure controller and:The HPP powerpack and:The HPM pressure module and:

➢
➢
➢
➢

➢ Power cable, 3 m, 2 wire + ground 4mm2, pigtail end➢ Funnel for reservoir filling➢ 2 x 20 l can of Castrol hyspin AWS
hydraulic fluid, 32ISO➢ RS232 cable including
24 V power supply➢ Short nipple with AE250C, HIP HF4
plastic cap installed➢ ISO/IEC accredited calibration report

➢
➢
➢
➢
➢

Page 7

Spare filter element
Seal kit
Funnel for reservoir filling
4 x gland and collar, AE250C, HIP
HF4
2 x gland blind plug, AE250C, HIP
HF4 (installed on ports)
5 l Sebacate hydraulic fluid
Ethernet cable 5 m
USB cable 3 m
General accessories USB stick withmanual and test report© 2020 Minerva meettechniek B.V. all rights reserved

APPLICATIONS
Pressure sensor manufacturing & testing

PRODUCT CONFIGURATOR
HPC can be used in the development,compensation and final calibration of variouspressure measuring instruments. It setspressure quickly and precisely even in large
test manifolds and is engineered to support
long and complex, fully automated test
sequences. Most test manifolds can be filled
and purged using HPC’s on-board capabilities.

To put together your HPC system:
1. Select an HPC pressure controller.
At this time there is only one model, MNR-800-HPC400.
MNR-800-HPC400 will operate up to 400 MPa, but also
handles ranges as low as 70 MPa.
2. Select an HPP powerpack.
For 230 V, 50 Hz, use MNR-800-HPP25-230-50.
For 110 V, 60 Hz, use MNR-800-HPP25-110-60.
For 200 V, 50Hz, use MNR-800-HPP25-200-50
For 200 V, 60Hz, use MNR-800-HPP25-200-60

Downhole sensor calibration and validation
HPC covers the very high pressure ranges found intoday and tomorrow’s oil & gas downhole
applications. It is rugged and reliable, very well
suited to use in remote locations and difficult
environments where downhole transducers andtools are supported.

3. Select a powerpack interconnection kit.
This kit makes the hydraulic and electrical connections
between the HPC controller and the HPP powerpack. The
length of the interconnection kit determines the maximum
distance between the HPC pressure controller and the HPP
powerpack when they are installed.
For 2 meters, use MNR-800-HPP25-2.
For 4 meters, use MNR-800-HPP25-4.
For 6 meters, use MNR-800-HPP25-6.

General calibration lab and shop use
HPC can serve as a versatile and easy to use
calibration tool to cover a very wide range ofhydraulic pressure with low uncertainty in all
kinds of calibration facilities.

4. Select one or more HPM pressure modules.
Select as needed to support the ranges and uncertainties
desired. See MNR-800-HPM pressure modules, p. 5.

Analog gauge calibration in a calibration lab or manufacturing environment
HPC can execute large pressure changes quickly and make smallpressure changes very precisely in just a few seconds. This makes
analogue gauge calibration much easier and faster than with adeadweight tester, manual pressure generators or other controllers
that lack this capability.

HPC system components standard delivery

Pressure control component in an automated piston gauge system
HPC’s reliability, speed and ability to make verysmall changes in volume predictably by moving its
intensifier piston make it the perfect solution forhydraulic control in an automated piston gaugesystem. HPC’s remote command set includes
function necessary to support integration into an
automated piston gauge system. Contact Minerva
for additional information.

© 2020 Minerva meettechniek B.V. all rights reserved

Page 6

MNR-800-HPC400
pressure controller

MRN-800-HPP25
powerpack

MNR-800-HPM
pressure module

The HPC pressure controller and:The HPP powerpack and:The HPM pressure module and:

➢
➢
➢
➢

➢ Power cable, 3 m, 2 wire + ground 4mm2, pigtail end➢ Funnel for reservoir filling➢ 2 x 20 l can of Castrol hyspin AWS
hydraulic fluid, 32ISO➢ RS232 cable including
24 V power supply➢ Short nipple with AE250C, HIP HF4
plastic cap installed➢ ISO/IEC accredited calibration report

➢
➢
➢
➢
➢

Page 7

Spare filter element
Seal kit
Funnel for reservoir filling
4 x gland and collar, AE250C, HIP
HF4
2 x gland blind plug, AE250C, HIP
HF4 (installed on ports)
5 l Sebacate hydraulic fluid
Ethernet cable 5 m
USB cable 3 m
General accessories USB stick withmanual and test report© 2020 Minerva meettechniek B.V. all rights reserved

TECHNICAL SPECIFICATIONSGeneral system specifications and requirements
Operating pressure range

0.2 to 400 MPa (30 – 58,000 psi)Electrical power
230 V DC / 50 Hz or 110V DC / 60 Hz depending on HPP power pack model, 2.2 KW
Drive air
500 – 1000 kPa / 300 l/m (70 to 150 psi / 11 cf/m), clean and dry
Operating temperature
10 to 30 °C (50 to 90 °F)
Remote communication
USB (RS232 simulated), Ethernet
Test pressure connection
high pressure coned and threaded (AE F250C, HIP HF4)
Drive air connection¼” NPT F
Compliance
Compliant with all applicable CE directives
HPC Pressure Controller Specifications
Pressure control
Pressure range
Atmosphere to 400 MPa (58,000 psi)
Lowest controllable pressure

0.2 MPa (30 psi)

Pressure Control precision

To +/- 0.01 MPa

Default pressure hold limit+/- 0,01% of HPM(reference pressure transducer)full scale or 0,01 MPa whichever is larger

Pressure set time

60 sec typical pressure ready to pressure ready, ,10 sec. ready to ready for pressure steps ,0,4
MPa(60 psi).
0 to 300 cm3,,consult factory about larger test volumes

Control (test) volume
Other HPC specifications
Electrical power
Remote communication

24 V DC / 60 W (supplied by HPP)
USB (RS232 simulated), Ethernet

Drive air (valve, purge pump actuation)

500 to 700 kPa @ 300 lpm (70 to 100 psi @ 10 cfm), clean & dry

Intensifier

20:1 ratio, 150 mm stroke, 22 cm3 displacement on high pressure side

Reservoir (HPC)
Operating medium
Internal sensor

0,75 L
Sebacate (consult factory about alternate media)
0 – 400 MPa (58,000 psi), 0,1 % full scale, ISO/IEC 17025 accredited calibration optional

Dimensions(L x W x H) 900 x 550 mm x 690 mm

Weight150 kg (330 lb)

HPP powerpack
Electrical power
Control
Operating temperature
Reservoir
Operating medium
ComplianceDimensions

2.2 KW single phase AC. 110V / 60 Hz, 230 V / 50 Hz, 200V / 50Hz, 200V / 60Hz
From HPC (24V)
10 to 30 °C (50 to 90 °F)
50 liter
Castrol hyspin AWS hydraulic fluid, ISO 32
Compliant with all applicable CE directives(L x W x H) 897 x 300 mm x 805 mm

Weight80kg (176lb)
HPM High Pressure Reference Module Specifications
Ranges

0 – 70 MPa (10,000 psi) to 0 – 400 MPa (58,000 psi) gauge and absolute modes

Electrical power

24 V DC / 1 W (supplied by HPC)

Remote communication

RS232 dedicated protocol

Dimensions(L x W x H) 240 mm L x 70 mm x 70 mm

Weight

1.2 kg (2.6 lbs)

株式会社 大 手 技 研
本社：茨城県つくば市観音台 1-25-12

関西営業所：兵庫県明石市松の内 2-1-8 6F

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Tel: 029-839-0777

Fax: 029-839-2288

Tel: 078-926-1178

Fax: 078-926-1180

Minerva meettechniek B.V.
Chrysantstraat 1 3812 WX Amersfoort,
the Netherlands
tel. +31 33 46 22 000
www.minerva-calibration.com
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