RIPPA R10 : Technical Specifications & Performance Overview

In the realm of ultra-compact excavators, the RIPPA R10 ECO stands out for its extreme compactness, operational flexibility, and robust design. It is engineered for applications requiring frequent access to confined spaces, such as interior renovations, landscaping, municipal maintenance, and garden projects. It delivers essential digging performance while maximizing maneuverability and operator convenience.

Especificações principais

Categoria	Parâmetro	Especificação / Valor
Geral	Modelo	R10 ECO
	Peso operacional da máquina	2244 lb / 1018 kg
	Capacidade da caçamba	0.49 ft³ / 0.014 m³
	Capacidade de subida	30%
	Pressão no solo	3.7 psi / 25.53 kPa
Desempenho	Força máxima de escavação	9.2 kN
	Raio máximo de escavação	127.3 in / 3233 mm
	Profundidade máxima de escavação	72.2 in / 1833 mm
	Altura máxima de despejo	88.5 in / 2247 mm
	Track Gauge Adjustment Range	35.4-47.2 in / 900-1200 mm
Sistema Elétrico	Marca do motor	Kubota
	Modelo do motor	Z482
	Potência máxima	11 hp / 11.2 ps (8.2 kW)
	Velocidade nominal	3000 rpm
	Sistema de arrefecimento	Arrefecimento por água
Dimensions	Transport Length	95.7 in / 2430 mm
	Transport Width	35.9 in / 912 mm
	Transport Height	86.7 in / 2201 mm
Sistema hidráulico	Tipo de bomba principal	Gear Pump (Model 306)
	Caudal máximo da bomba principal	18 L/min
	Relief Valve Setting	18 MPa

Características de desempenho e design

1. Extreme Compactness & Accessibility
The core advantage of the R10 ECO lies in its ultra-compact footprint. The hydraulically adjustable track gauge can be quickly changed from 900mm to 1200mm using a single lever, allowing the machine to pass through most standard doorways for indoor work. The quick-fold blade further enhances transport and on-site positioning efficiency.

2. Power & Efficiency
Powered by the reliable and efficient Kubota Z482 water-cooled diesel engine delivering 8.2 kW, the R10 ECO provides a solid digging force of 9.2 kN despite its compact size. The centralized control system integrates travel and operation joysticks, enabling the operator to control machine movement and attachments simultaneously, reducing mode switching and improving operational fluidity and productivity.

3. Ergonomics & Operator Comfort
The side lever layout offers a more relaxed operating posture and excellent forward visibility. The ergonomically designed adjustable seat helps reduce fatigue during long shifts. The integrated dashboard allows for easy real-time monitoring of machine status.

4. Durability & Serviceability
The boom cylinders are protected by guard plates to prevent damage from impacts with stones and debris. The main frame is lined with insulation material to improve heat dissipation. The rear-opening engine hood and a manually openable inspection cover near the foot pedal provide easy access for daily checks of engine oil, hydraulic lines, and electrical circuits, significantly simplifying maintenance.

5. Safety Features
A standard LED work light mounted on the boom ensures optimal illumination for night or low-light conditions. A safety warning light alerts personnel in the vicinity to maintain a safe distance during operation or travel. The reinforced plastic canopy offers an aesthetic appearance along with excellent waterproofing and corrosion resistance.

Sobre a RIPPA Machinery

Shandong Rippa Machinery Group Co., Ltd., located in the High-tech Zone of Jining City, Shandong Province, is a high-tech enterprise with import and export rights. The company focuses on the development and manufacture of reliable and efficient compact construction machinery, committed to providing users with high-quality equipment solutions.

Para mais informações, contacte:
Shandong Rippa Machinery Group Co., Ltd.
Address: No. 39, Guang’an Road, Liuxing Sub-district Office, High-tech Zone, Jining City, Shandong Province.

Nota: As especificações baseiam-se em medições de engenharia e podem variar em condições reais de funcionamento. As especificações servem apenas como referência e estão sujeitas a alterações sem aviso prévio.