16×10/15ml Angle Rotor

TGL20 Technical Parameters
Max Speed	21000r/min	Max Volume	6×100ml
Timer	1~99h59min	Dimension	570×620×380mm
Speed Accuracy	±20r/min	Max RCF	30910×g
Noise	≤58dBA	Net Weight	84KG
Power supply	AC 220V, 50HZ 10A	Temperature Range	-20℃~40℃
Temperature Accuracy	±1℃

Matched Rotors for TGL20
Order no	Rotor	Max Speed(r/min)	Volume(ml)	Max RCF(*g)
G20-1	Fixed Rotor	16000	4×8PCR	15760
G20-2	Fixed Rotor	15000	6×8PCR	21420
G20-3	Fixed Rotor	16000	8×8PCR	17480
G20-4	Fixed Rotor	15000	12×8PCR	22930
G20-5	Fixed Rotor	21000	12×1.5/2ml	30910
G20-6	Fixed Rotor	15000	40×0.5ml	22920
G20-7	Fixed Rotor	17000	24×1.5/2ml	26460
G20-8	Fixed Rotor	13500	30×1.5/2ml	19340
G20-9	Fixed Rotor	13000	48×1.5/2ml	17930
G20-10	Fixed Rotor	16000	16×5ml	22020
G20-11	Fixed Rotor	16000	6×10ml	21500
G20-12	Fixed Rotor	15000	12×10ml	22680
G20-13	Fixed Rotor	16000	12×7ml	21380
G20-14	Fixed Rotor	13000	16×10ml	19490
G20-15	Fixed Rotor	10000	12×15ml	11840
G20-16	Fixed Rotor	13000	8×15ml(falcon)	17790
G20-17	Fixed Rotor	5000	24×15ml	3500
G20-18	Fixed Rotor	15000	8×20ml	22680
G20-19	Fixed Rotor	5000	30×15ml	3830
G20-20	Fixed Rotor	14000	6×30ml	19060
G20-21	Fixed Rotor	13000	6×50ml(falcon)	18840
G20-22	Fixed Rotor	13000	6×50ml(round)	18730
G20-23	Fixed Rotor	13000	4×85ml	18940
G20-24	Fixed Rotor	12000	6×70ml	15570
G20-25	Fixed Rotor	12000	4×100ml	14850
G20-26	Fixed Rotor	12000	6×100ml	16390
G20-27	Fixed Rotor	12000	24 pieces capillary vessel	15800
G20-28	Fixed Rotor	18000	30×0.5ml	26660
G20-29	Swing Rotor	13000	4×5ml	14960
G20-30	Vertical Rotor	16000	16×5ml	16540
G20-31	Vertical Rotor	14000	8×30ml	16450
G20-32	Microplate Rotor	4000	2×3×48（well）	2300

Features:
1. Digital display indicates the speed,time,temperature and RCF.
2. Brushless DC motor in great torque, free maintenance,no powder pollution.quick in speed up and down.
3. There are many kinds of rotors for choice.
4. Automatically electric lid lock,super speed,over temperature protection and imbalance protection.
5. The centrifuge body is made of high-quality steel,safe and reliable.

Permagen’s direct replacement magnet plate for either PN: A32782 & A001322. Comes with spring cushion base and same strength magnets to meet current protocol requirements.  49% Cost savings* 

For faster separations you can upgrade to our SKU# MSP500R which comes with all of the same features, just stronger magnets. 

Compatible with any magnetic beads & all protocols requiring a 96S super magnet plate

SKU #

A092722

Features

• ANSI/ SBS footprint
• Cushion base for added benefits
• Held to OEM or better standards 
• Precision manufactured for more consistent results
• Fast magnetic bead separations
• 4 mm bead free ring at bottom of each well for easy removal
• Made in USA 
• For Research use only

Compatibility

• Round bottom plates 
• Pyramid bottom plates 
• PCR Plates
• Volumes Up to 1000 µL volumes
• Any magnetic beads
• Any common liquid handlers i.e. Tecan®, Opentrons®, Hamilton®, Agilent®, Beckman®, etc.

Volume

Maximum – 2 mL 

Minimum – 30 µL

Permagen’s direct replacement magnet plate for either PN: A32782 & A001322. Comes with spring cushion base and same strength magnets to meet current protocol requirements. 49% Cost savings*

OverView

T7 RNA Polymerase catalyzes the formation of RNA from a DNA template in the 5’-3’ direction and is commonly used in in vitro transcription (IVT) applications. The enzyme is T7 promoter specific, requires Mg²⁺ as a cofactor and can use modified nucleotides for the synthesis. The T7 RNA Polymerase requires a double-stranded DNA template and can produce full-length RNA transcripts.

Key Features

• T7 promoter-specific RNA polymerase
• Available in standard glycerol-based formulation as well as lyophilization-friendly formulation without glycerol.

‍

Suggested Applications

• In vitro transcription of RNA
• Molecular diagnostics (NASBA and other)

Figures

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Properties

Quality Control

ArcticZymes is dedicated to the quality of our products. T7 RNA Polymerase is manufactured at our ISO 13485 certified facility in Norway.‍

T7 RNA Polymerase catalyzes the formation of RNA from a DNA template in the 5’-3’ direction and is commonly used in in vitro transcription (IVT) applications. The enzyme is T7 promoter specific, requires Mg2+ as a cofactor and can use modified nucleotides for the synthesis. The T7 RNA Polymerase requires a double-stranded DNA template and can produce full-length RNA transcripts.