Romer 2m x 2m x 2m 200°C Electric Oven with Controlled Cooling

Stock No

OC2423

Manufacturer

Romer

Model

SLS-O

Year of Manufacture

2023

Serial

A18D.01100088

Condition

Brand New, Unused, Current Model

Internal Size (WxDxH mm) [?]

2000 x 2000 x 2000

Max Temp

200°C

Other Info

Touchscreen HMI, Controlled Cooling.

Weight (kgs)

1500

External Dimensions (WxDxH mm) [?]

2560 x 2340 x 2710

Delivery

Your delivery options

Description

Romer Electric Ovens are 200°C general purpose, electric, batch ovens from 3.4m³ upwards. Ideal for a vast range of low temperature thermal processes such as drying, curing and pre-heating.

These ovens are from the well respected Polish manufacturer, Romer, and include upgraded controls and build features for the UK market, as designed by Riley Surface World.

Constructed from a heavy duty steel box sectioned frame with infilled 160 and 300 mm thick insulated galvanized panels and externally clad in a hard wearing powder coated finish.

During use air is circulated around the oven by a roof mounted fan through adjustable hot air vents in the side panels.
Ventilation of air during or after the cycle is passive, with programmable vents, or a forced air ventilation is available.

The MTS + ThPID iCure Controller included, improves the functionality of the oven by offering user control of all of the processing parameters and well as offering full tractability not only of the process, but also power consumption. The controller comes complete with additional PC software, so any data stored in the controller can be recorded and transferred to your own PC for review and archiving.

Forced Air Circulation

Featuring the addition of a fan to cycle air around the internal chamber, forced air circulation ovens (also known as mechanical convection ovens) can offer you a greater heat consistency for your precision heat application. The higher the air circulation rate per minute results in a tighter temperature uniformity.

Controlled Cooling

You can use this oven to control the cooling rate of your process. This allows considerable control where your process needs to manage the temperature drop over time. Programmable from the easy-to-use touch screen the oven uses its advanced ThPID system to dynamically adjust the heating elements and manage the temperature drop.

Typical Applications

• Powder Coating Curing Processes
• Water based paint stoving
• Curing resins, rubbers and composites materials
• Pre-heating and low temperature heat treatments
• Processing plastics
• Thermal bonding 
• Drying applications
• Thermal testing etc.

Benefits and Features

• Forced air circulation with roof mounted fan
• Multi-positional hot air return vents for uniform heat distribution
• Temperature calibration achieved by adjustable holes in side walls
• Forced air ventilation (ventilation fan blows cool air into the oven to extract and cool via vents)
• Double loading doors with adjustable, explosion proof, slam shut positive, door locks
• Design tested to better than ± 5°C over a 9 point survey
• Controlled and automatic exhaust damper for programmed fume ventilation as you need for your process
• Insulated floor with trolley entry channels 
• Galvanised coated internal work chamber sheets  
• Modular electric heating system - Swiss made finned elements, easy access panel, and an innovative design offering instant heat generation
• Silicone door seals
• 240mm + insulation
• CE Marked
• Product trolley supplied
• 1 year manufacturer warranty

Controls

• ThPID control system offsets the effect of heating inertia called hysteresis. The standard solution is based on a circuit that switches elements on and off with constant power. ThPID dynamically adjusts the voltage at the setpoint temperature reducing power user and increasing accuracy
• MTS control system provides more accurate temperature measurement by using multiple sensors across the oven chamber
• Side mounted control panel with HMI display and an easy view status sounder and light bar
• Over temperature protection
• PLC controlled with iCure 7" Touch screen HMI panel with programmable functionality
• Large colour touch panel, providing full control of all operational parameters. 
• Save up to 20 programs and 10 consecutive triggers governing ramps, dwells, time and temperatures
• Built in calendar
• Process memory review - internal memory for 20 cycles
• Start timer - begin your process before you reach the factory
• On-board energy consumption monitoring and recording
• Process memory review 
• ModBus MASTER/SLAVE RS485 compatible
• USB port for data capture to PC based iCure analysis software
• iCure PC analysis software

Smart ThPID & MTS features

The MTS + ThPID smart control systems manage oven performance to deliver accuracy and reduce power consumption. The charts below show how both features increase performance. You can choose a Romer Essentials Oven without MTS & ThPID, suitable for many processes at a reduced cost.

Without MTS & ThPID ±°C and power visually illustrated

With MTS & ThPID Improved performance and accuracy

General Specifications 8m³:

•  Internal dimensions: 2000mm x 2000mm x 2000 mm high
•  External dimensions: 2520mm x 2300mm x 2710 mm high
•  Maximum continual process temperature: 200°C
•  Access doors: 2
•  Product trolley supplied
•  Power rating:  30 kW
•  Heat up time: 15 – 40 mins to 180°C 
•  Design tolerance tested: <+/- 5°C @ 180°C

Romer - Experienced Oven Manufacturer

The outstanding feature of Romer ovens is the quality of manufacturing. Everyone who stands in front of a Romer, from buyers to calibration engineers, have commented how well constructed they are.

Romer have been manufacturing ovens and powder coating machines from their base in central Poland for over 25 years and export to 40 countries worldwide. Their 8,000m² facility employs over 150 staff and has passed Riley Surface World's inspection and auditing requirements.

Riley Surface World and Romer have secured a partnership to service the UK market with large (over 1m²) ovens up to 225°C. These ovens are perfect for curing powder coating but the range of applications is large.

Common Heat Treatments That Use Industrial Ovens & Furnaces

Heat treatment is a controlled process of heating and cooling materials in order to improve its properties, performance, and strength typically made up of three main steps. Firstly heating the metal to a specific temperature, soaking or maintaining the specific temperature for a certain amount of time, and cooling to a suitable rate following prescribed methods.

There are seven main techniques used for the heat treatment of materials, and all affect material in different way. These techniques are:

1. Normalising
2. Annealing
3. Tempering
4. Hardening
5. Ageing
6. Stress Relieving
7. Carburisation

Print / Download Romer 2m x 2m x 2m 200°C Electric Oven with Controlled Cooling Datasheet

Photographs taken prior refurbishment. Our refurbishment service is not available on all machines.

 

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