TROUBLE SHOOTING

Product discharged from exhaust outlet.

SCheck for diaphragm rupture.

SCheck tightness of diaphragm nut.

Air bubbles in product discharge.

SCheck connections of suction plumbing.

SCheck ``O￿rings between intake manifold an fluid caps.

SCheck tightness of diaphragm nut.

Low output volume, erratic flow, or no flow.

SCheck air supply.

SCheck for plugged outlet hose.

SCheck for kinked (restrictive) outlet material hose.

SCheck for kinked (restrictive) or collapsed inlet material hose.

SCheck for pump cavitation - suction pipe should be sized at least as large as the inlet thread diameter of the pump for proper flow if high viscosity fluids are being pumped. Suction hose must be a non-collapsing type, capable of pulling a high vacuum.

SCheck all joints on the inlet manifolds and suction connections. These must be air tight.

SInspect the pump for solid objects logged in the diaphragm cham' ber or the seat area.

DIMENSIONAL DATA

(Dimensions shown are for reference only, they are displayed in inches and millimeters (mm).

11-1/2

(292 mm)

13-1/8

(333 mm)

10

(254 mm)

MATERIAL

OUTLET

2'' NPT

 

 

66620X-,21X-

 

2'' BSP

19-3/4

(502 mm)

17/32 SLOT

(14 mm)

15-1/2

(394 mm)

AIR EXHAUST

THREAD 3/4' NPT

2-9/32

(58 mm)

9

(229 mm)

66622X-,23X-

AIR INLET 1/2'' NPT

7-5/8

(194 mm)

MATERIAL

INLET

11-1/8

(283 mm)

FIGURE 4

T

PN 97999-032

PAGE￿￿8 OF 8

6662XX-X-C

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Ingersoll-Rand 6662XX-X-C manual Trouble Shooting, Dimensional Data

6662XX-X-C specifications

The Ingersoll-Rand 6662XX-X-C is a powerful and versatile air compressor designed to meet the demanding needs of various industrial applications. Renowned for its durability and efficiency, this model is a testament to Ingersoll-Rand's legacy of engineering excellence.

One of the standout features of the 6662XX-X-C is its robust construction. Built with high-quality materials, the compressor is designed to withstand harsh operating conditions, ensuring long-term reliability. This makes it suitable for industries such as construction, manufacturing, and automotive, where durability is paramount.

The 6662XX-X-C is equipped with a highly efficient rotary screw compressor mechanism. This technology allows for continuous airflow, making it an excellent choice for applications requiring constant pneumatic power. With its advanced engineering, the compressor reduces energy consumption while maximizing output, resulting in lower operational costs for users.

Another notable characteristic of this model is its quiet operation. Utilizing soundproofing technology, the Ingersoll-Rand 6662XX-X-C minimizes noise levels, creating a more pleasant work environment. This feature is particularly beneficial in settings where noise regulations are stringent or in indoor applications where excessive sound can be disruptive.

The compressor also boasts an easy-to-use digital control panel that allows operators to monitor and adjust settings effortlessly. This user-friendly interface provides real-time data, including pressure levels and performance metrics, enabling users to maintain optimal operating conditions.

In terms of maintenance, the 6662XX-X-C is designed with accessibility in mind. Key components are easily reachable, allowing for quick routine checks and servicing. This design effectively reduces downtime and ensures that the compressor operates at peak efficiency.

The Ingersoll-Rand 6662XX-X-C is also highly adaptable. It can be fitted with a range of accessories and attachments, including dryers and filters, allowing customization to suit specific industrial needs. This versatility makes it an invaluable asset in various applications, from powering pneumatic tools to supplying air for industrial automation systems.

With its combination of durability, efficiency, and user-friendly features, the Ingersoll-Rand 6662XX-X-C stands out as a reliable choice for those in need of a versatile air compressor that delivers consistent performance under pressure. Whether in a bustling construction site or a quiet workshop, this model is engineered to meet the challenges of modern industrial demands.