Test bench for 1 CRDI full- automatic operation coding function std:2200bar, ipsc.79

Created by professionals - for professionals

Coding Bosch, Delphi and Denso Injectors

Maximum work pressure up to 2000 bar

The most advanced device on the market for testing Common Rail injectors. Proven, intuitive, user-friendly design,thanks to the use of the most modern technology, allows you to check technical condition of the tested injector quickly and accurately. The capabilities of the device will be appreciated especially by professionals, looking for advanced technology, and wide application possibilities. With CRU2R / CRU4R devices, it is possible to generate new codes for Bosch injectors (IMA, ISA), Delphi (C2i, C3i), and Denso (QR Code), and perform the piezo element regeneration procedure for Bosch, Denso, and Siemens/VDO piezoelectric injectors. For Bosch coil injectors, a ball valve stroke generator is built in. An extensive database for all types of electromagnetic and piezoelectric injectors: Bosch, Delphi, Denso, Siemens / VDO / Continental. Free, automatic updates of software.

Characteristics of devices:
• Test of all types of electromagnetic and piezo injectors: Bosch, Delphi, Denso, Siemens / VDO / Continental and Two-tiered with reference to the database
• Over 2000 references of injectors
• Operation 1 (CRU2R) or 4 injectors (CRU4R)
• Working pressure: 2000 bar or 2500 bar
• Detecting the injector short to ground or between pins and protection of the main board against damage
• Designation of C2i and C3i codes for Delphi injectors, and IMA, ISA codes for Bosch injectors. (only RSP sensor required)
• Generating codes for Denso injectors
• Piezo and coil - optional
• Ball valve stroke generator (Bosch)
• Unique PIEZO stack regeneration function
• Internal cleaning of injectors (CRU2R only)
• Possibility of connecting an attachment for testing unit injectors (option - CRU2R only)
• Possibility of editing test plans
• Free database update
• Operation in automatic mode
• Built-in 12 “Android tablet
• Clearly presented test results with a possibility of printing

Performed tests:

RLC
Electrical test of the injector
• piezo: μF
• coil: Ω/mH

CFL
Check for leaks test (injector internal or external)

LKT
Static back leak test

NLT
Nozzle leak test

aNOP
Automatic nozzle opening pressure test

iVM
Injector volume measuring test (full-load, part-load, emissions, low-load, pre/post-injection tests and more)

DFi
Testing the characteristics of the dose increment

RSP
Injector Reaction Time Test (Optional)

RSP - Injector reaction test
The RSP sensor is connected to each end of the injector for accurate measurement of the mechanical injector response to electric control.
Diagnosis: Clipping injector, delayed fuel injection, low engine power, High toxicity of exhaust components.

AZO software
Revolutionary software enabling use of the latest IT such as printing, or sending protocols over the network via WiFi, synchronization with the server, automatic update of the software and databases, remote access to the device, on-line technical support and more.

BK-iVM - dynamic weight measurement injector output
Accurate, repeatable and fast electronic measurement of injection doses and overflows. Only world-wide measuring system, which does not contain movable parts filtration or temperature calibration. It upports measurement of partial doses injected one after another as it takes place in the engine. Repeatability: 0,05%, accuracy: 0,2%.

iPSC - spray chamber
Illuminated spray test chamber under hypertension conditions. Allows you to observe injection pressure up to 2500 bar. Chamber enables visual distinguishing partial doses as it takes place in the cylinder.

Diagnosis:
injection pressure of opening the injector, irregular spraying, leaking or overheated and failed injectors.