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Yamato FO-310CR 7.5L Microprocessor-Controlled Muffle Furnace with Communication Port (220V)

UsedYamato ScientificProcess ovens / furnacesUnited States

From€3,576.28excl. VAT

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Operating Temp. Range
100~1150°C
Temp. Control Accuracy
±2°C (at 1150 ° C)
Max. Temp. Reaching Time
~70min.
Exterior Material
Cold rolled steel plate with baked-on melamine resin finish
Internal Material
Ceramic fiber
All 23 specifications
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Specifications 23

Brands
Yamato Scientific
New/Used
Used
Operating Temp. Range
100~1150°C
Temp. Control Accuracy
±2°C (at 1150 ° C)
Max. Temp. Reaching Time
~70min.
Exterior Material
Cold rolled steel plate with baked-on melamine resin finish
Internal Material
Ceramic fiber
Sensor
R-thermocouple
Heater
Iron-chrome wire 2kW
Exhaust Port
ø20mm (top)
Cooling Fan Type
Axial fan motor
Temp. Controller
PID controll by microprocessor
Temp. Setting/Display Method
Digital setting by▲/▼ keys / Digital display
Operation Function
Fixed temperature, quick auto stop, auto stop, auto start, program (maximum 6 patterns: 30 steps x 1 pattern, 15 steps x 2 patterns or 10 steps x 3 patterns)
Additional Functions
Calibration off-set, power failure compensation, lock, RS485 communication interface
Timer
1 min. to 99 Hrs. 59 min. and 100 Hrs. to 999 Hrs.
Safe Device
Self diagnostic (memory error, heater disconnection, sensor error, SSR short curcuit), Electric leakage breaker, Overheat prevention device
Internal Dimensions WxDxH
200×250×150 mm
External Dimensions WxDxH
446×505×567 mm
Internal Capacity
7.5L
Power Source (50/60Hz)
AC115V 19A AC220V 9.5A
Weight
~37kg
Accessories
Exhaust port cap 1 pc.

Product description

Microprocessor-controlled muffle furnace, 7.5L capacity, 100–1150°C range, ±2°C accuracy, communication port.

  • Operating Temperature Range: 100 to 1150°C
  • Temperature Control Accuracy: ±2°C at 1150°C
  • Max Temperature Reaching Time: Approximately 70 minutes
  • Chamber Capacity: 7.5 liters
  • Internal Dimensions (WxDxH): 200×250×150 mm
  • External Dimensions (WxDxH): 446×505×567 mm
  • Weight: Approximately 37 kg
  • Interior Material: Ceramic fiber
  • Exterior Material: Cold rolled steel plate with baked-on melamine resin finish
  • Heater: Iron-chrome wire, 2 kW
  • Sensor Type: Long-life R-thermocouple
  • Exhaust Port Diameter: ø20 mm (located on top)
  • Cooling System: Axial fan motor
  • Temperature Controller: PID control via microprocessor
  • Display and Setting: Digital display with ▲/▼ keys
  • Operation Modes: Fixed temperature, quick auto stop, auto stop, auto start, and programmable operation with up to 6 patterns (30 steps x 1 pattern, 15 steps x 2 patterns, or 10 steps x 3 patterns)
  • Additional Functions: Calibration offset, power failure compensation, lock function, RS485 communication interface
  • Timer Range: 1 minute to 99 hours 59 minutes, and 100 to 999 hours
  • Safety Features: Self-diagnostic functions (memory error, heater disconnection, sensor error, SSR short circuit), earth leakage breaker, automatic overheat prevention
  • Accessories Included: Exhaust port cap (1 piece)
  • Optional Add-ons: Exhaust system unit, nitrogen gas loading device with flow meter, temperature output terminal, time up/alarm output terminal, sample tray
  • Special Features:

  • Compact design with maximum inner capacity   • Excellent heat tightness with sealed chamber door   • Equipped with communication port for external device interfacing

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Frequently asked questions

How long does laboratory equipment typically last?

With a service contract, ten to fifteen years is normal for most benchtop instruments. Detectors and pumps are the parts that wear first.

Can I get service for older equipment?

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Where can I buy parts?

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What is the typical lead time for refurbished equipment?

Two to six weeks, depending on refurbishment scope and whether calibration is included.

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Last updated 4 November 2026