# Moog Servo Valve D635-606CT A16637 - Hydraulic Control Valve

Achieve precision control with the **Moog Servo Valve D635-606CT A16637**, designed for hydraulic systems. This valve offers reliable performance in various industrial applications, ensuring your systems operate efficiently. What makes this servo valve ideal for demanding environments

Technically, the **Moog Ddv Framo servo valve** operates up to 300 Bar. Its signal range is 0-10V with a max current of 1A. It supports a 24 Vdc supply voltage and 32 Vdc maximum voltage. The **BTA 8112 24 AF model** ensures durability and consistent performance in critical automation and control systems.

-   **High-Pressure Operation:** Up to 300 Bar for demanding hydraulic systems
-   **Precise Control:** Signal range of 0 to 10V ensures accuracy
-   **Durable Design:** Built for longevity in industrial environments
-   **Stable Voltage:** Operates efficiently with 24 Vdc supply
-   **Lightweight Build:** Easy to handle and install at 2.970 kg

**Specifications:**

-   Maximum Pressure: 300 Bar
-   Signal Range: 0 to 10 V
-   Maximum Current: 1A
-   Supply Voltage: 24 Vdc
-   Maximum Voltage: 32 Vdc
-   Weight: 2.970 kg

Trust the **Moog D635-606CT A16637 servo valve** for dependable performance in your industrial automation systems. Upgrade your control systems today for enhanced reliability. Contact us now

Also our company name is Ram Automations and also you can contact us on email info@ramautomations.com

## Details

- **Price:** 999.0 USD
- **Vendor:** Moog
- **Type:** Industrial Automation > Hydraulic Valves > Servo Valves
- **Tags:** BTA 8112 24 AF servo valve, D635-606CT A16637, hydraulic control, industrial automation, Moog, precision valve, servo valve

## Variants

| Variant | Price | Available |
|---------|-------|-----------|
| Used | 999.00 USD | In stock |

## Images

- Moog Servo Valve D635-606CT A16637 - Hydraulic Control Valve-Ram Automations

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> Source: [Ram Automations](https://ramautomations.com/products/moog-servo-valve-d635-606ct-a16637)
> Updated: 2026-10-04