The module uses standard and is designed to slide directly into industrial 19-inch racks using a DIN 41612 F32 plug connector . Operational Specification Manufacturer Bosch / Bosch Rexroth Model / Part Number QV60-RGC1 / 0 811 405 104 Power Supply Type 24V DC (with raised zero point) Solenoid Output Current Maximum 2.7 A to 3.7 A (depending on coil configuration) Max Power Consumption 35 W to 60 W Command Values 0 to +6 V, 0 to +9 V, 0 to +10 V, 4 to 20 mA Ambient Temperature Range 0°C to +70°C (32°F to 158°F) Functional Overview & Control Layout
Provides closed-loop position control with PID action for fast and stable response times. Troubleshooting Tips
converts analog command values into exact pulse-width modulated (PWM) current outputs to manage valve spool positioning dynamically. PV45 0 811 405 096 Amplifier Card Bosch Manual 1 PDF
(often identified by part number ) is an analog proportional valve amplifier card designed to drive solenoid-actuated hydraulic valves. It is primarily used in industrial automation for applications requiring precise motion control, such as paper machinery, plastics processing, and metal forming presses. Core Technical Specifications
When you invest in a precision measuring tool like the Bosch QV60-RGC1, you are investing in accuracy, durability, and German engineering. However, even the most sophisticated laser distance measurer is only as good as the user’s understanding of its functions. Whether you have lost your physical copy, need a digital backup, or are encountering an error code, finding the correct is the first step to mastering this device. bosch qv60-rgc1 manual
is built in the standard (100 x 160 mm) for installation in 19-inch racks. Key electrical characteristics include:
Your manual includes a maintenance section that is often ignored. Follow these rules to extend the life of your QV60-RGC1:
A: No, this is a basic remote-controlled model. It does not support Wi-Fi or smartphone apps. The manual covers only remote and button controls.
: Monitors the feedback signal cable and provides a yellow LED fault indication if a break is detected. Short-Circuit Protection The module uses standard and is designed to
is built in a compact Eurocard format. This structure makes it ideal for installation in standard 19-inch racks or injection moulding machinery control systems. Specification Details Bosch Rexroth Model / Part Number QV60-RGC1 / 0 811 405 104 Board Dimensions 100 mm × 160 mm × 35 mm (Standard Eurocard) Plug Connector DIN 41612 – F32 Supply Voltage ( UBcap U sub cap B ) 24 V DC (Nominal) Permissible Battery Voltage 21 V to 40 V DC Rectified AC Input 21 V to 28 Veff Required Smoothing Capacitor 4700 µF / 63 V (Mandatory if AC ripple exceeds 10%) Power Consumption Maximum 35 W to 60 W (Depending on output load) Solenoid / Magnet Current 2.7 A to 3.7 A Output Type Switched, fast-response, square-wave, pulse-modulated Setpoint Inputs ( UEcap U sub cap E ) 0 to +10 V DC (Inputs I, II, and III) Signal Source 1 kΩ Potentiometer or external analog supply Control Logic Proportional, Integral, Derivative (PID behavior) Operating Temperature 0 °C to +70 °C Key Features and Functional Block Behavior
Align the mounting tabs on the QV60-RGC1 housing with the cradle on the bracket.
This comprehensive guide serves as a manual overview for the
For detailed troubleshooting, it is recommended to consult the full Bosch Rexroth "RE 30117" technical documentation. PV45 0 811 405 096 Amplifier Card Bosch
Whether you are diagnosing a vehicle, measuring industrial tolerances, or running a complex data network, take one hour to sit down with the manual. Read the “Important Safety Instructions” section twice. Bookmark the troubleshooting page. And always keep a digital copy on your smartphone.
The motor has integrated thermal protection. Allow the fan to cool down for 45 minutes; it will restart automatically once temperatures drop. Impeller imbalance.
If the fan is accessible to personnel or installed lower than 2.5 meters (8.2 feet) above the floor, appropriate safety guards/grilles must be fitted to prevent contact with the rotating impeller.
