Siemens RN8609G-CB, RN8609G-B manual Overall Construction, Controls, Cleaning and Ser vicing

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Technical data sheet for

GAS COOKTOPS 900mm

RN8600G-B, RN8600G-CB, RN8600G-LS, RN8600G-RB, RN8603G-B, RN8603G-CB, RN8603G-LS, RN8603G-RB, RN8606G-B, RN8606G-CB, RN8606G-LS, RN8606G-RB, RN8609G-B, RN8609G-CB, RN8609G-LS, RN8609G-RB

RN8600G-LS

Overall Construction

COOKTOP

Welded hob with 1.5mm 304 stainless steel bull nose

Splashback and side panels 1.2mm 304 stainless steel

Front panels 0.9mm 304 stainless steel

Aluminised steel internal construction

Cast iron 28MJ/hr open burners with forged brass cap

Vitreous enamelled cast iron potstands

Vitreous enamelled open burner spill covers

Cast iron simmer plates (optional extra)

12mm thick mild steel griddle plate

2.5mm 304 stainless steel griddle splash guards

Vitreous enamelled spill trays

Griddle sections are standard on RH side. Available on LH side to order or by conversion.

BENCH MOUNT (SUPPLIED AS –B MODEL)

Four 63mm dia. heavy-duty 1.2mm 304 stainless steel bench legs with adjustable feet.

Adjustable height 80mm – 105mm

CABINET BASE (SUPPLIED AS –CB MODEL)

Fully modular for match suite finish

Double skin 0.9mm 304 stainless steel interior and exterior

Optional GN 1/1 4 position racking kit

63mm dia. heavy-duty 1.2mm 304 stainless steel legs with adjustable feet

LEG STAND (SUPPLIED AS –LS MODEL)

Fully modular for matched suite finish

Framed top for connection to Cooktop

63mm dia. heavy-duty 1.2mm 304 stainless steel legs with adjustable feet

Fully modular framed stand shelf with 0.9mm 304 stainless steel finish

Suitable for rear or through shelf gas connection to Cooktop

Quick assembly design (no tools required)

Heavy-duty construction 28 MJ/hr open burners Flame failure standard Pilot burners optional

300mm, 600mm, and 900mm griddle plate options

Optional simmer plates 3 models of base unit

1 model of ventilated 2 drawer refrigeration base Stainless steel exterior

Easy clean Easy service Fully modular

Low back models (RNL) available

REFRIGERATED BASE (SUPPLIED AS –RB MODEL)

Self contained suite matched modular base

Ventilated system with R134a refrigerant

-2˚ to + 8˚C temperature (Tropical Climate rated)

Two GN 1/1 drawers

100mm deep pan capacity

Heavy-duty European telescopic drawer guides

Magnetic drawer gaskets (replaceable without tools)

50mm fully foamed CFC free insulation

304 stainless steel exterior and interior

Anti-corrosion treated evaporator

No condensate drain required

63mm dia. heavy-duty 1.2mm 304 stainless steel legs with adjustable feet

Condensing unit removable through front of unit for service

Easy clean interior

Controls

COOKTOP

Variable high to low controls to open burners

Open burners flame failure standard with pilot burners optional

Variable high to low controls to griddles

Griddles standard with pilot, flame failure and piezo ignition

Large easy use control knob - heat resistant reinforced

Easy view control settings on knob

REFRIGERATED BASE

Digital control electronic thermostat

Automatic defrost

Automatic evaporation of defrost water

-2˚ to +8˚C temperature range

Cleaning and Ser vicing

All models with easy clean stainless steel external finish

Lift off burners heads and vitreous enamelled burner spill covers

Vitreous enamelled spill trays under open burner and griddle sections

Access to all parts from front of unit

Refrigerated Base condenser removable through front of unit

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Contents Overall Construction Cleaning and Ser vicingControls Sp e ci f ic ations DimensionsRN8600G-LS LEG Stand Packing Data

RN8609G-LS, RN8609G-B, RN8603G-B, RN8603G-RB, RN8600G-B specifications

Siemens has long been a front-runner in the field of advanced industrial technology, and their range of RN8600 series sensors exemplifies this commitment to innovation and quality. The RN8600G-LS, RN8603G-RB, RN8603G-B, RN8600G-B, and RN8600G-RB models showcase a robust design tailored for various applications in automation and process control.

One of the primary features of these sensors is their high precision in measurement. They are designed to provide accurate and reliable data, making them suitable for conditions that require stringent monitoring. The use of cutting-edge sensing technologies ensures that these devices can adapt to dynamic environments while maintaining their operational integrity.

The RN8600G-LS model stands out for its long-stroke capability, providing extended measurement ranges, which is essential for processes that demand flexibility in operation. Conversely, the RN8603G-RB and RN8603G-B variants are known for their robustness and resilience, making them ideal for applications in harsh industrial settings. Their protective housings guard against dust, moisture, and other environmental challenges.

Key characteristics of the RN8600 series include their ease of integration into existing systems. These sensors feature a standardized communication protocol, allowing for quick setup and seamless connectivity with other devices and control systems. Furthermore, the models are equipped with advanced diagnostic capabilities, enabling real-time monitoring of sensor performance and health.

In terms of technology, the RN8600 series employs sophisticated algorithms to enhance measurement accuracy. This technology minimizes interference from external factors, promoting stable readings even in fluctuating conditions. Additionally, the sensors incorporate built-in safety features that ensure reliable operation while protecting both the device and the machinery it monitors.

Power efficiency is another hallmark of the RN8600 series. The sensors are designed to operate within low energy consumption parameters, aligning with modern industry’s focus on sustainability and cost-effectiveness. This makes them not only a practical choice but also an environmentally friendly option.

Overall, Siemens' RN8600 series, comprising the RN8600G-LS, RN8603G-RB, RN8603G-B, RN8600G-B, and RN8600G-RB, showcases a combination of innovative technology, robust design, and user-friendly features. As industries continue to evolve and require more sophisticated monitoring solutions, these sensors stand ready to meet the challenges of tomorrow's automation landscape.