BSE-0149 Kymograph Super Spee

BSE-0149 Kymograph Super Spee Specification

Condition
New

Accuracy
High speed and precise time recording

Power Source
Electric

Control Mode
Manual mechanical drive with adjustable speed

Type
Super Speed Kymograph

Model
BSE-0149

Internal Size
230 mm (Drum Length)

External Size
410 x 300 x 260 mm appr.

Material
Powder coated metal

Dimension (L*W*H)
410 x 300 x 260 mm

Power
Single phase

Voltage
220-240 V AC

Surface Finish
Powder Coated

Switches
On/Off switch, speed adjustment control

Application
For physiological and pharmacological recording experiments

Drum Speed
Adjustable, 0 400 mm/min (variable)

Accessories
Includes base, lever, and adjustable stylus arms

Fuse Protection
Yes

Main Drive
Heavy-duty synchronous motor

Time Marker
Electrical, 1/100 sec accuracy

Recording Length
230 mm

Drum Material
Stainless steel

BSE-0149 Kymograph Super Spee Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
10 Pieces Per Day

Delivery Time
7-10 Days

About BSE-0149 Kymograph Super Spee

Improved life time pinnion lift. Range of fine vertical adjustment 15cms. close mesh 10 speed gear box, Gear ratios 1:2 No. backlash. Instantaneous start at all speeds with built in vibration free, noiseless motor, speed variation from 1 rev. in 25 min. to 1 rev in 11 hours. Permissible paper length 2.5 meters, adjustable along machined 120 cm Bed; Automatic paper tensioning devices, Flat writing surface attachment 3 jointed arm uprights with fine tangential adjustment, Auxillary cylinder with fine tilt adjustment to permit equalisation of tension at the top & bottom of the paper, Neutralisation clutch for immediate start & stop, centralised electrical points for respiration pump, time clock and operation table, mounted on heavy metal platform with castora, with manometer & two way time marker.

Superior Precision and Durability

The BSE-0149 Kymograph offers highly accurate and reliable recordings, essential for detailed physiological and pharmacological analysis. With a stainless steel drum and powder coated metal body, the device withstands regular laboratory use while maintaining smooth operation and consistent results.

Flexible and Adjustable Performance

With a variable drum speed ranging from 0 to 400 mm per minute and electrical time marking accurate to 1/100 sec, the kymograph provides flexibility to suit different experimental protocols. The manual mechanical drive and adjustable stylus arm allow tailored experimentation for a variety of research needs.

FAQ's of BSE-0149 Kymograph Super Spee:

Q: How does the BSE-0149 Kymograph Super Spee record experimental data?

A: The BSE-0149 kymograph utilizes an adjustable stainless steel drum and stylus arm to translate physiological or pharmacological activity into graphical recordings on paper. The drum rotates at variable speeds (0-400 mm/min) and records events with precise electrical time markers, ensuring high accuracy.

Q: What are the primary applications of this kymograph model?

A: This device is primarily used for physiological and pharmacological experiments, enabling researchers to document responses and activities over time in laboratory animals or tissues for analysis and interpretation.

Q: When should I use the adjustable speed and time marker features?

A: Adjust the speed control and utilize the 1/100 second time marker when you need to capture rapid, fine-grained physiological changes during experiments. These features are particularly useful for studies requiring precise timing and event documentation.

Q: Where can this kymograph be installed for optimal results?

A: It is best installed in controlled laboratory environments, such as pharmacology or physiology labs, where a stable surface ensures vibration-free operation and accurate recordings.

Q: What process is involved in operating the kymograph?

A: Set up the base and secure the lever and stylus arm. Place the recording medium on the stainless steel drum, adjust the speed with the control knob, switch on the unit, and start your experiment, using the time marker for precise event notation.

Q: How does the kymograph benefit experimenters in terms of accuracy and usability?

A: The high-speed, precise recording capability and robust construction improve data accuracy, minimize errors, and allow long-term, hassle-free use-making it ideal for demanding experimental protocols.

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