Heavy Payload
Universal Pneumatic EOAT Interface

pneumagiQ PQ9020

Any Robot | Any EOAT

PQ9020

Dual EOAT, payload of 20 Kg!

PQ9020 (pronounced P-Q-Ninety-Twenty) is a compact Universal Pneumatic EOAT Interface with a mechanical form factor designed to seamlessly mount two pneumatic EOAT at a 90° offset from each other.

90° EOAT Offset

Ideal for Machine Tending

4 sensor
ports

No more long wires for sensors

1100
grams

Maximize robot payload utilization

20 Kg
payload

High payload capacity

IP
66

Perfect for usage in harsh environments

Air blow-off port

Clean oil & burr easily

High Payload - High Grip force

With the increasing deployment of collaborative robots for high payloads, using pneumatic tooling at the end of the robot arm is becoming increasingly necessary due to the need for high grip force. The ability of quick installation, complimented by the compact and aesthetic design, makes PQ9020 an ideal choice for all such applications.

Model PQ9020
Part Number 6 102 0324
General
Mountable pneumatic EOAT2
Angle between EOAT90 o
Range Extension-
Air blow-off ports1
Sensor connectors4
Response time< 30 ms (Modbus RTU)
Operating mediumCompressed air, Vacuum
Weight1100 g / 2.4 lbs
Payload
Max. Payload per Tool Mounting Face*12.5 kg / 27.6 lbs
Overall payload20 kg / 44 lbs
Pneumatics
Airflow rate for EOAT240 slpm / 8.5 scfm
Airflow rate at Auxiliary port
(Air blow-off)
240 slpm / 8.5 scfm
Maximum Operating pressure6 bar / 87 psi
Communication
Universal RobotsURCap
Other robots / controllersModbus RTU (RS-485)
Connectors
I/O ConnectorM8 8pin female connector
Air inletØ 8mm tube quick connector
Sensor portM8 3pin female connector
Air blow-offG 1/4 female thread
Interface - Robot / Tool
Robot mountingpneumagiQ Robot Coupler
Tool mountingpneumagiQ Tool Coupler
Power
Operating voltage24V DC
Operating current504 mA
Environment
Ambient temperature range+5°C to 50°C / 41°F to 122°F
Noise level< 50 dB
Ingress Protection IP66

* The combined payload of the tool mounting face 1 & 2 must not exceed beyond the overall payload.

Parts of pneumagiQ PQ9020

I/O Connector​

Connect directly to the Tool I/O Port of Universal Robots (eSeries & CB3). For other robots, connect directly to the controllers and communicate over Modbus RTU.

Tool Mounting Face

Select & install the Tool Couplers suitable for the pneumatic tool being coupled to pneumagiQ.

Each of the two Mounting Faces can have different type / brand / model of pneumatic tool installed, as suited for the application.

Make use of the in-line air ports for ‘hose free connection’ to connect with any pneumatic tools as main line.

Status Indicator​

To indicate the functioning of pneumagiQ and communication between pneumagiQ and the robot.

Robot Mounting Face​

Mount the suitable Robot Coupler to interface pneumagiQ with the robot.

Exhaust Port​

Exhaust port with built-in silencers allows pneumagiQ to be both silent and efficient.

Compressed Air Inlet​

Connect just one pneumatic tube and operate two pneumatic tools & one air-blow-off port. Eliminate the need for multiple pneumatic tubes and wire packages running across the robot's body.

Sensor Connectors​​

Sensors installed on the pneumatic tool to know its state (open/close) can be connected directly to pneumagiQ, avoiding need for lengthy wiring to the robot controller.

Air Blow-off port​

An integrated air blow-off port to clean the work piece and/or the work piece holder before unloading / loading the new part. Ideal for most machine tending applications, or, can be used for other applications such as spray painting etc.

Robot compatibility

pneumagiQ PQ9020 comes with URCap that enables it to be plug and play with all models of Universal Robots.

For other robots, gantries, custom-built machinery, PQ9020 comes with the industry standard Modbus RTU (RS-485). We chose one of the most fundamental communication protocols. This again is an intentional product design call that enables pneumagiQ to be used for robots, cobots, gantries or custom designed machines.

One can use any globally available standard converters from RS-485 to other communication protocol such as TCP/IP, IO link and so on to control the pneumatic tools.