Power Supplies Bio-Rad offers a complete line of power supplies for the most demanding of electrophoretic techniques. These power supplies are lightweight and easy to program, and are certified to IEC 1010-1 — the most rigorous international safety standard — to ensure the highest personal and environmental protection. Use the selection guide to choose the power supply that best suits your electrophoresis needs.
Power Supply Selection Guide According to Electrophoretic Technique Technique and Recommended Apparatus
Typical Conditions* (Initial) W V mA
Typical Conditions* (Final) W V mA
Typical Run Time
PowerPac™ Power Supply
Laemmli (SDS), O’Farrell Second Dimension (SDS) 160 x 160 x 1.5 mm, 2 gels PROTEAN® II xi cell 183 x 200 x 1.5 mm, 2 gels PROTEAN II XL cell 133 x 87 x 1.0 mm, 2 gels Criterion™ cell ® 83 x 73 x 1.0 mm, 4 gels Mini-PROTEAN Tetra cell
— — — —
100 100 200(C) 200(C)
35(C) 35(C) 200 120
— — — —
350 350 200(C) 200(C)
35(C) 35(C) 80 60
5 hr 5 hr 55 min 45 min
HV or Universal HV or Universal Basic or HC Basic or HC
High-Throughput Electrophoresis 200 x 205 x 1.0 mm, 12 gels PROTEAN® Plus Dodeca™ cell
—
200(C)
1,000
—
200(C)
350
6 hr
HC or Universal
—
500
480(C)
5 hr
Universal
Gel or Tube Size, Qty (W x L x Thickness)
PROTEAN II xi/XL multi-cell
160 x 200 x 1.5 mm, 6 gels
—
150
480(C)
Criterion Dodeca cell
133 x 87 x 1.0 mm, 12 gels
—
200(C)
1,000–1,400
—
200(C)
400–500
55 min
HC or Universal
Mini-PROTEAN 3 Dodeca cell
83 x 73 x 1.0 mm, 12 gels
—
200(C)
600
—
200(C)
360
45 min
HC or Universal
—
800(C)
3.5
—
800(C)
<1
16 hr
HV or Universal
—
750(C)
1
—
750(C)
<1
3–4 hr
HV or Universal
Preparative Electrofocusing 60 ml focusing chamber Rotofor® cell 18 ml focusing chamber Mini Rotofor cell
15(C) 12(C)
500 500
24 24
15(C) 12(C)
1,200 1,200
10 10
4 hr 4 hr
HV HV
Preparative PAGE Model 491 prep cell Mini prep cell
— —
10(C) 1(C)
300 200
40 5
10(C) 1(C)
400 300
30 3
3–8 hr 3–8 hr
HV or Universal HV or Universal
Protein Electroelution Model 422 electro-eluter
6 samples
—
200
60(C)
—
150
60(C)
3–4 hr
Basic, HV, or Universal
Whole gel eluter
160 x 140 mm or larger
15
200(C)
—
15
200(C)
—
20 min
Basic
Mini whole gel eluter
55 x 65 mm or larger
10
100(C)
—
10
100(C)
—
20 min
Basic
— — —
100(C) 200(C) 450(C)
6 6 4
— — —
100(C) 200(C) 450(C)
4 4 1
15 min 15 min 1 hr
HV or Universal
DNA Restriction Analysis (Horizontal Mode) 150 x 200 x 5 mm Sub-Cell® GT cell 70 x 100 x 5 mm Mini-Sub® Cell GT Wide Mini-Sub Cell GT 150 x 100 x 5 mm
— — —
80(C) 50(C) 50(C)
55 25 35
— — —
80(C) 50(C) 50(C)
60 30 40
4 hr 2 hr 2 hr
Basic or HC Basic Basic
DNA Sequencing Sequi-Gen® GT system
Isoelectric Focusing (IEF), O’Farrell First Dimension 150 x 1.5 mm tubes, PROTEAN II xi cells 4 (minimum) or Model 175 tube cell Mini-PROTEAN II tube cell
75 x 1.0 mm tubes, 8 (minimum)
Polyacrylamide Analytical Electrofocusing 125 x 65 x 0.4 mm Model 111 mini IEF cell
80(C)
1,850
30
80(C)
1,850
30
2–4 hr
HV
Single-Stranded Conformation Polymorphism (SSCP) 210 x 400 x 0.4 mm Sequi-Gen GT system
40(C)
1,800
20
40(C)
1,800
20
2–3 hr
HV
Microsatellite Mapping Sequi-Gen GT system
210 x 400 x 0.4 mm
50(C)
2,100
25
50(C)
2,100
25
2–3 hr
HV
Mutation Detection DCode™ system
100 x 75 x 1.0 mm, 2 gels
—
130(C)
—
—
130(C)
—
2.5 hr
Basic or HV
83 x 73 x 0.75 mm, 2 gels
—
100(C)
250
—
100(C)
450
1 hr
HC
133 x 87 x 1.0 mm, 2 gels 133 x 87 x 1.0 mm, 2 gels
— —
100(C) 100(C)
250 650
— —
100(C) 100(C)
450 1,600
1 hr 30 min
HC HC
200 x 160 x 1.5 mm, 1 gel 200 x 160 x 1.5 mm, 1 gel 200 x 160 x 1.5 mm, 1 gel 265 x 280 x 1.5 mm, 3 gels
— — — —
60(C) 100–150(C) 50–100(C) 100(C)
210–250 1,000–1,600 1,600 3,000
— — — —
60(C) 100–150(C) 50–100(C) 100(C)
210–250 1,000–1,600 1,600 3,000
5 hr 1–5 hr 30 min 30 min–1 hr
HC HC HC HC
250 x 180 x 1.5 mm 150 x 150 x 6 mm
— —
15(C) 15
500 650(C)
— —
15(C) 25
200 650(C)
15–30 min 10–30 min
HC HC
Western Blotting Mini Trans-Blot® cell Criterion blotter Wire electrodes Plate electrodes Trans-Blot® cell Wire electrodes Plate electrodes High-intensity transfer Trans-Blot® Plus cell Semi-Dry Blotting Trans-Blot SD cell Protein DNA/RNA
380 x 500 x 0.4 mm
* (C) = constant; typical conditions are listed as guidelines only and can vary based on sample, buffers, etc.