Ensamble

Tiempo de ensamble estimado: 45 minuto Herramientas necesarias:

•Destornillador Phillips N° 2

•9/16" y 5/16" extremo abierto de llaves

El paquete de tornillería que se incluye con el calentador podría incluir más piezas que las necesarias para ensamblar el calentador.

El paquete de ferretería contiene lo siguiente piezas se muestra en la páginas 12 a 15 : Encendedor electrónico (1), cable del en- cendedor (1), cable de tierra (1), perilla de la válvula (1), cadena de retención del tanque de propano (1), enganchar de retención (2), Baterías D (2) y Batería AA (1).

Las piezas se identifican mediante una letra designada a lo largo de las instrucciones de ensamble. El paquete de ferretería contiene lo siguiente (las cantidades se muestran entre paréntesis):

Descripción

N° de pieza

A Tornillos de 1 1/2" (8)

119619-01

B Arandela plana de 7 mm (8)

119600-04

C Tornillos de 5/8" (9)

119619-03

D Arandela plana de 5 mm (9)

119600-02

uno de los 9 orificios (consulte la figura 4). Coloque el conjunto en posición vertical.

4.Fije la base al lastre con 4 tornillos (A) y 4 arandelas (B), como se muestra en la figura 4.

5.Instale los anillos retenedores (ganchos en “S”) a los bordes superiores de la base del gabinete como se muestra en la figura 4.

6.Instale el encendedor electrónico a través de la pared del gabinete, como se mues- tra en la figura 4. Apriete con la mano.

Rueda Eje

Tuerca

Base

Figura 3 - Fijación de las ruedas a la base

E Tuerca de retención hex. N° 10 (9) NPC-3C

F Tornillos de 3/8" (20)

119619-06

G Tuerca de retención hex. (20)

NPC-1C

H Tornillos de 3/8" (34)

119620-02

IPerno de cabeza hex. 2 1/4" (2) HC4-18C

JTuerca de retención hex. 5/16" (2) NPC-5C

B E

A

C F I J G

D

H

Conjunto de la base

1. Voltee la base al revés. Fije 2 ruedas, 2

ejes (I) y 2 tuercas (J) como se muestra

en la figura 3. No los apriete en exceso.

2. Fije las 4 patas de la base al lastre de la

misma con las 4 arandelas (B) y los 4 tor-

nillos (A), como se muestra en la figura 4.

Las patas se instalarán para áreas rugosas

o disparejas debajo del lastre de la base.

3. Coloque la base del gabinete sobre su

parte posterior con cuidado para no rayar

la pintura (utilice un bloque de espuma

de empaque como soporte para la parte

trasera superior de la base del gabinete).

Alinee los orificios en los bordes inferiores

de la base del gabinete con los orificios

que se encuentran en la base, como se

muestra en la figura 4. Fíjelos con 1 tornillo

Encendedor

Retenedor de

la cadena

Base del gabinete

Puerta del tanque

Base

Lastre de la base

Pata de la base, arandela y perno

de cabeza hexagonal

Anillo

retenedor Tapa del encendedor

(C), 1 arandela (D) y 1 tuerca (E) para cada

Figura 4 - Conjunto de la base del gabinete

118994-01Gwww.desatech.com

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Desa Td102, Td104, Td100, TD100, TD102, TD104, TD110 owner manual Ensamble, Conjunto de la base
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TD100, TD102, TD104, TD110, Td100, Td102, Td104 specifications

Desa TD104, TD100, TD102, TD110 are part of an innovative lineup of industrial engines manufactured for various applications in agricultural machinery, construction equipment, and other heavy-duty vehicles. These engines are designed to deliver high performance, durability, and efficiency, catering to an array of operational requirements.

One of the prominent features shared by the Desa TD series is their robust engine design, which ensures longevity and reliability under demanding working conditions. These engines are built with high-quality materials that withstand wear and tear over time, making them suitable for rugged environments.

The TD100 and TD102 models are particularly noted for their compact size and lightweight construction, which enhance their versatility in applications ranging from small tractors to auxiliary power units. The TD104 engine, on the other hand, offers a higher displacement, providing more power for larger machinery and heavy lifting.

The technology utilized in these engines includes advanced fuel injection systems that optimize fuel consumption while minimizing emissions. This makes the TD series environmentally friendly, meeting stringent emission regulations without compromising performance. Additionally, the engines are equipped with intercoolers, which allow for increased air density, resulting in improved combustion efficiency and power output.

A significant characteristic of the Desa TD series is their ease of maintenance. The layout of the components has been designed to provide accessibility, reducing downtime during servicing. Features like easily replaceable filters, serviceable valves, and user-friendly control panels make it easier for operators to maintain these engines.

Another notable feature is their capability to operate at various altitudes and temperatures, ensuring reliable performance irrespective of external conditions. The TD110, in particular, is equipped with advanced cooling systems that manage engine temperature effectively, even under heavy load.

In conclusion, the Desa TD series, including models TD100, TD102, TD104, and TD110, combines high performance, advanced technologies, and user-centric design. This makes them suitable for a wide variety of applications, ensuring they meet the needs of modern industrial operations while offering low operational costs and enhanced durability. As industries continue to evolve, these engines stand as a testament to efficiency and innovation in engine technology.
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