What types of fuel injection pumps can be tested on this rig?

The rig is designed for multi-cylinder inline FIPs, rotary distributor pumps (VE/DPA), unit pumps, and PT pumps via a dedicated fixture kit. Universal coupling adapts to 75 mm, 90 mm, and 120 mm pump flanges.

What software platform does the rig use?

A LabVIEW-based custom software developed by Neometrix Defence Limited provides real-time display of all parameters. Features include 6-preset speed storage, ±10% speed trim slider, nudge function (1–2 RPM jog), and automated test report generation.

What is the flywheel specification and why does it matter?

The flywheel has a rotational inertia of 5.3 kg·m² (126 lb·ft²), directly coupled to the DC motor shaft. High inertia ensures smooth speed stability under variable injection load, accurately replicating engine crankshaft conditions for reliable governor and delivery curve measurement.

35 kW DC Drive · 30–3000 RPM · 12-Line SPM Metering / Inline FIP · Rotary · Unit Pump · PT Pump / Indian Navy · Defence Noida · India · 2025

Neometrix

Multipurpose fuel
injection pump & injector test rig.

Name: Multipurpose Fuel Injection Pump & Injector Test Rig
Brand: Neometrix
Availability: InStock

35 kW Thyristor-controlled DC drive · 30–3000 RPM · 12-line electronic SPM metering · advance, phasing, rack, boost, and lube pressure — in one LabVIEW-based platform. Designed for inline FIPs, rotary distributor pumps, unit pumps, and PT pumps.

Request proposal Key features

Multipurpose Fuel Injection Pump Test Rig — Neometrix, Noida

Fig · 01 Multipurpose fuel injection pump test rig — 35 kW DC drive, flywheel, cam box, SPM metering

Drive Power

35kW DC

Speed Range

30–3000RPM

Metering

12-LineSPM

Flywheel

5.3kg·m²

Sector

Defence& Naval

Overview

One rig. Every FIP type.

Calibrate, test, and accept inline pumps, rotary distributor pumps, unit pumps, and PT pumps on a single precision drive platform — with full measurement traceability.

Fig · 02 LabVIEW-based software — real-time RPM, advance, rack, boost & delivery display

The Neometrix Multipurpose Fuel Injection Pump & Injector Test Rig is a high-precision calibration and acceptance test platform for diesel FIP specialists in defence and naval maintenance environments. The rig handles the full range of pump types — inline, rotary, unit, and PT — on a single drive system.

A 35 kW DC motor with Thyristor drive powers the rig through a 5.3 kg·m² direct-coupled flywheel, delivering constant 330 Nm torque across the complete 30–3000 RPM range. A 12-line electronic SPM metering system captures per-cylinder injection quantity; LVDT sensors measure advance angle and rack position simultaneously; and an encoder provides 0.1° phasing resolution — all displayed live in the Neometrix LabVIEW-based software suite.

Every pump type. One drive platform. Full measurement traceability.

Designed for defence and naval facilities requiring comprehensive fuel injection equipment calibration with complete FAT and SAT documentation. This is one of the most capable indigenously developed FIP test rigs produced in India.

Key Features

Eight system capabilities.

What this multipurpose fuel injection pump test rig delivers that conventional test benches cannot.

Feature · 01

35 kW Thyristor DC Drive

High-torque DC motor with closed-loop Thyristor drive. Constant 330 Nm torque from 30 RPM to 3000 RPM — no torque drop across the full operating range.

35 kW · 330 Nm · Constant Torque

Feature · 02

12-Line Electronic SPM Metering

12-line calibrated measuring system for simultaneous multi-cylinder injection delivery quantity measurement. Essential for accurate calibration of multi-cylinder inline FIPs.

12 Lines · Simultaneous · Per-Cylinder

Feature · 03

Pump Advance & Digital Rack

Pump advance measurement ±10 mm at ±0.1 mm accuracy via LVDT or dial gauge. Digital rack measurement 0–30 mm at ±0.1 mm accuracy via LVDT or dial gauge. Both displayed live on PC during pump operation.

±10 mm Advance · 0–30 mm Rack · ±0.1 mm

Feature · 04

Electronic Phasing (0.1° Resolution)

Encoder-based static and electronic phasing across the full 0–360° range at 0.1° resolution. Used for multi-plunger injection timing alignment, TDC setting, and verification against spec.

0–360° · 0.1° Resolution · Static & Electronic

Feature · 05

Turbo Boost Simulation (0–6 bar)

Pneumatic boost pressure output 0–6 bar with calibrated pressure transmitter at ±1% FSO accuracy. Enables full-load and governor testing under boosted intake conditions without an actual turbocharger.

0–6 bar · ±1% FSO · Pneumatic

Feature · 06

Full Fluid System Monitoring

Lube oil: 0–10 bar. Fuel supply: 1–7 bar (8 bar option). Auxiliary 1: 0–7 bar. Auxiliary 2: 0–11 bar. Pressure phasing: 0–45 bar. All channels displayed in real time.

6 Pressure Channels · Real-Time · Calibrated

Feature · 07

LabVIEW-Based Custom Software

Neometrix-developed LabVIEW software with real-time parameter display, 6-preset speed storage, ±10% speed trim slider for governor testing, nudge function (1–2 RPM jog for pump mounting), and automated test report generation.

LabVIEW · 6 Presets · Automated Reports

Feature · 08

PT Pump Fixture Kit

Dedicated PT pump mounting fixture included. The PT pump is driven by the main rig drive directly — no separate drive system required. Supports full-speed PT pump calibration within the same test environment.

PT Pump · Dedicated Fixture · Main Drive

Image Gallery

The rig, three views.

Rig assembly photos and reference views of the multipurpose fuel injection pump test rig.

Multipurpose Fuel Injection Pump Test Rig — View 1

Multipurpose Fuel Injection Pump Test Rig — View 2

Multipurpose Fuel Injection Pump Test Rig — View 3

Fig · 03 3-view photo documentation · Multipurpose fuel injection pump test rig assembly · Neometrix Noida

Specifications

Full technical parameters.

Key specifications of the Neometrix Multipurpose Fuel Injection Pump & Injector Test Rig.

Drive System
Drive Motor	35 kW DC Thyristor-controlled
Speed Range	30–3000 RPM · Resolution: 1 RPM · Stability: ±1 RPM
Torque	330 Nm constant across full speed range
Acceleration Rate	400 RPM/sec (max) — closed-loop encoder feedback
Flywheel Inertia	5.3 kg·m² (126 lb·ft²) — direct-coupled to drive shaft
Emergency Brake	Air-operated disc brake
Coupling	Zero-backlash Oldham-style disc coupling — balanced G6.3 per ISO 1940-1
Adapter Flanges	75 mm / 90 mm / 120 mm pump mounting flanges
Speed Control
Control Type	Closed-loop integral control — zero steady-state droop
Preset Speeds	6 preset speeds storable and selectable from PC
Speed Trim	±10% analogue trim via slider bar on PC
Nudge Function	1–2 RPM jog button for pump mounting alignment
Mechanical Measurements
Pump Advance	±10 mm · ±0.1 mm accuracy · LVDT or Dial Gauge · Digital display on PC
Digital Rack	0–30 mm · ±0.1 mm accuracy · LVDT or Dial Gauge · Digital display on PC
Phasing	0–360° · 0.1° resolution · Static & Electronic · Encoder-based
Fluid System Measurements
Boost (Turbo) Pressure	0–6 bar · ±1% FSO
Lube Oil Pressure	0–10 bar · ±1% FSO
Fuel Supply Pressure	1–7 bar (8 bar option available)
Auxiliary Pressure 1	0–7 bar
Auxiliary Pressure 2	0–11 bar
Pressure Phasing	0–45 bar · Pressure sensors
Metering & Software
Metering System	12-line electronic SPM — simultaneous multi-cylinder delivery measurement
Software Platform	LabVIEW-based — developed by Neometrix Defence Limited
Fuel Temperature	Chiller-integrated temperature-controlled supply

Applications

Where it works.

Defence, naval, and industrial facilities requiring calibrated FIP and injector acceptance testing with full measurement documentation.

A · 01Naval ship maintenance — multi-cylinder inline FIP calibration and acceptance testing for ship diesel engines

A · 02Unit pump testing — delivery curve, timing, and spray pattern verification for large diesel engine unit pumps

A · 03PT pump calibration — full-speed testing using main rig drive with dedicated fixture kit

A · 04Rotary distributor pump (VE/DPA) calibration — advance, phasing, and delivery measurement

A · 05Fuel injector calibration — opening pressure, back leakage, spray pattern, and flow rate testing

A · 06Governor characteristic testing — min/max and variable speed governor with boost compensation

A · 07Defence OEM overhaul facilities — factory acceptance and post-overhaul certification of FIP assemblies

A · 08Engine MRO centres — pre-installation FIP calibration as per OEM delivery specifications

FAQ

Common questions.

Q · 01What pump types can be tested on this rig?

The rig tests multi-cylinder inline FIPs, rotary distributor pumps (VE/DPA), unit pumps for large diesel engines, and PT pumps via a dedicated mounting fixture kit. Universal coupling adapts to 75 mm, 90 mm, and 120 mm pump flanges with a zero-backlash Oldham-style disc coupling, balanced to G6.3 per ISO 1940-1.

Q · 02What is the speed range and control accuracy?

The Thyristor-controlled DC drive covers 30–3000 RPM with 1 RPM resolution and ±1 RPM stability under closed-loop encoder feedback. Acceleration rate is up to 400 RPM/sec. Six preset speeds can be stored in software, and a ±10% speed trim slider is available for governor characteristic testing. A nudge function (1–2 RPM jog) aids pump mounting alignment.

Q · 03What measurement parameters does the rig provide?

The rig measures: drive speed (1 RPM resolution, ±1 RPM), advance angle (±10 mm, ±0.1 mm), rack position (0–30 mm, ±0.1 mm), phasing (0–360°, 0.1°), boost pressure (0–6 bar, ±1% FSO), lube oil pressure (0–10 bar, ±1% FSO), fuel supply pressure (1–7 bar), two auxiliary pressure channels, pressure phasing (0–45 bar), and injection quantity from all 12 SPM metering lines simultaneously.

Q · 04What does the LabVIEW software display and record?

The Neometrix-developed LabVIEW software provides real-time display of all measurement parameters. Six preset speeds, nudge function, and ±10% speed trim are available from the PC interface. Test reports are generated automatically in standard format, covering all parameters measured during the test run.

Q · 05Can the rig test PT pumps without a separate drive?

Yes. A dedicated PT pump mounting fixture kit is included. The PT pump is tested using the main rig drive directly — no separate drive system is needed. This allows full-speed PT pump calibration within the same test environment, simplifying operation and reducing setup time.

Q · 06What is the fuel temperature control provision?

The fuel circuit integrates a chiller-based temperature-controlled supply, providing precise fuel temperature regulation throughout the test. This ensures consistent and repeatable calibration conditions, meeting IS/ISO standard requirements for fuel injection equipment testing regardless of ambient temperature variations.

Q · 07Why is the flywheel inertia of 5.3 kg·m² significant?

The flywheel inertia of 5.3 kg·m² (126 lb·ft²), directly coupled to the motor shaft, accurately replicates the rotational inertia of an actual engine crankshaft. This is critical for accurate governor testing and delivery curve characterisation — without sufficient inertia, drive speed would fluctuate with each injection stroke, making governor response measurements unreliable.

Downloads

Technical documents.

GA drawing and circuit diagrams for the Neometrix Multipurpose Fuel Injection Pump & Injector Test Rig.

PDF · GA Drawing

General Arrangement Drawing

REV-01 →

PDF · Circuit Diagram

Circuit Diagram 1

T-DAP-A7352 →

PDF · Circuit Diagram

Circuit Diagram 2

T-DAP-A7352 →

PDF · Circuit Diagram

Circuit Diagram 3

T-DAP-A7352 →

PDF · Circuit Diagram

Circuit Diagram 4

T-DAP-A7352 →

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Other systems from Neometrix.

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Tell us your pump types
and test requirements.

We configure the rig to your pump flange sizes, acceptance criteria, and reporting formats — and commission at your facility with full FAT and SAT documentation.

Request proposal +91 7777 876 876

Multipurpose fuel
injection pump & injector test rig.

One rig. Every FIP type.