IMPULSE TESTING
FOR HOSES & FITTINGS

Helping customer define best solutions to meet or
exceed test requirements.


BI702 SL IMPULSE TEST STAND with Sliding Manifold
The Model BI702 SL deliverers 700 bar (10,150 psi) of Impulse
pressure, Max (Fluid) Temp 150° C (302° F), at test frequency
ranging from .05 to 1.5 Hz. The Waveform generated by the
system is in accordance with:
· Square Waveform: SAE J343 & ISO 6803 ISO 6605,
ISO 7241-2
· Peak Waveform: ISO 6772
· Programmable waveform up to 20 points: Time ON/OFF
The Sliding Manifold feature meets ISO 6802

BI1001 - IMPULSE TEST STAND
This is one of the most largely used Impulse Test Stand. It has
programmable Square Wave form and Pressure Impulse that
meets DIN, SAE J343, ISO6803 and other specifications. Max
Test Pressure of 1,000 Bar (~14,500 psi), Max Oil Temp 130°C
(266°F) and frequency of pulse equal to 1HZ. Click on the
picture to download a pdf file with general SPECS for BI1001
Impulse Test Stand. (SAE J3434 & SAE J517) ISO 6605,
ISO 7241-2

BI1002 - IMPULSE TEST STAND - Peak Wave Form
This is another largely used testing system that generates a
Square Wave plus the capacity to run (Hitachi) Spike wave. The
programmable wave form has up to 20 different Programmable
points of Pressure Impulse that meets: ARP603 & ARP1383;
prEN2624, Mil-A-5503E; ISO 6772 and others norms. Also runs
squrarewave per SAE J343 (& SAEJ517), ISO 6605, ISO 7241-2.
Max Test Pressure of 1,000 Bar (~14,500 psi), Max Oil Temp 150°
C(302°F) and frequency of pulse ranging from: 0.5Hz to 1.5Hz
The Sliding Manifold is an optional that meets ISO6802, simulating
horizontal flexing movement. The Adjusting Shaft optional device  
makes very easy the task to setup and changeover quickly going   
from one test to the next using different length of hoses. Click
on the picture to download a pdf file with general SPECS for
BI1002 Impulse Test Stand.

BI602AER – A combined Impulse Test Stand with two
independent Hot Chambers simulating Environmental testing.
The two chambers operate with test temperature of 135°C
(275°F) and Impulse Testing follows a programmable Peak or
Square Wave Pressure cycle. Max Oil Temp is 135°C. Also runs
SAE J343 (SAEJ343 & SAEJ517)

BIR800 – TEST STAND with Half OMEGA TEST - Rotation
Equipment designed to TEST flexible hydraulic rubber hoses. It
can run flexing and rotating testing up to 20 Programmable
wave points in accordance to the following norms:
Square Impulse Wave per SAEJ343 and ISO6803;
Impulses with peak per ISO 6772;
Impulse and flexing Test per ISO8032 (Half-Omega test);
Impulse and flexing Test per SAEJ1405 (Omega test).
Click on the picture to download pdf file with general Specs for
BIR800 Test Stand.

BPS 30 & 50 – Burst Test with Maximum Pressure respectively
43,000 p.s.i (~ 3,000 BAR) and 71,000 p.s.i (~ 5,000 BAR)

BPS 40/B – Burst test with Maximum Pressure of 4,000 bar
(about 57,000 p.s.i.),

BPSDVA – BURST TEST with VOLUMETRIC EXPANSION, BURST,
CHANGE OF LENGTH

BPDV – VOLUMETRIC TEST STAND in accordance with UNI EN
1402.

BPSDP1 – Test Stand for BURST TEST & DROP PRESSURE

FLUSH 4 – Flushing System with capacity to clean up to
4 hoses at a time, assuring contamination level better
than NAS6. Employs fluid compatible with hydraulic oils.

BIMAL s.r.l has an extensive experience designing and
building high quality Standard or Customized Test Stands!

BIMAL s.r.l testing Systems can be employed in a variety
of hydraulic components such Flexible and Rigid hoses,
Fittings, Valves, quick-release Couplings and many more
including Aerospace, Automotive and Industrial applications.

Click on the pictures to get specifications or visit manufacturer's
web page by clicking on the logo:






To receive additional information please contact a sales
representative or click
Test Stand send us an email.
SAE J343
Impulse peak waveform SAE J1405
Hydraulic Impulse test ISO 6802
Volumetric Expansion
Hydraulic test
Hydraulic test stand with climatic chamber ARp1383 AS602
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Haidar, Inc.                      ______________________________________________________

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Hydraulic motor test stand