Lianyungang Dinglong CO.,LTD

QUARTZ GLASS

ABOUT QUARTZ GLASS

QUARTZ TUBE & ROD

■ CLEAR QUARTZ TUBE

■ CLEAR QUARTZ ROD

■ HIGH OZONE QUARTZ TUBE

■ UV-BLOCK QUARTZ TUBE

■ OZONE FREE QUARTZ TUBE

■ OPAQUE QUARTZ TUBE

■ PROCESSING OF QUARTZ TUBE

QUARTZ PLATE

QUARTZ GLASS BEAD

QUARTZ CRUCIBLE

UV GERMICIDAL LAMPS

UV GERMICIDAL LAMPS

UV Germicidal lamps

A. Low Pressure UV (Ultraviolet) Germicidal Lamps
┿strong>Description
Low pressure UV germicidal lamp is a kind of short wave low pressure mercury vapor discharge lamps. The excited atom of mercury vapor emits short wave ultraviolet light under the low pressure in the sealed glass tube.
Germicidal lamps should not be confused with fluorescent lamps for while fluorescent lamps are also Low pressure mercury lamps. The fluorescent lamps use less purity normal glass tube which transmit small amount of ultraviolet, the coated phosphor powder inside the glass tube converts the ultraviolet into visible light to illuminate the lamp. While germicidal lamp uses high purity quartz glass tube which transmits the highest possible ultraviolet.
Germicidal lamps can not be confused with sun tanning lamps or black light lamps either, for while these are also ultraviolet tamps, the ultraviolet produced is of longer wavelength and is not useful for germicidal purpose. Germicidal lamps emit short wave ultraviolet that are lethal to microorganism.

┿strong>Germicidal Behavior
It has been many years since it first became necessary to disinfect water and air. At first people choose chemical methods to disinfect water, chlorine in particular. However, scientific research shows that these processes have bad effect on health and environment. Chlorine has reaction with the substances in the water and form residues and by products which do damage to the environment and health. Furthermore, some pathogens have already developed resistance to chlorine, calling into the question the success of the disinfection process.
Today, after many years of research, it has been discovered that the most effective alternative process available to us is the disinfection of water and air using ultraviolet light (UV). Ultraviolet ray is light with very high energy level and a wavelength of 200-400nm. One of the most effective wavelengths for disinfection is that of 254nm. Over 90% of total UV radiation energy is at 254nm. Wavelength of 200-280nm is named JVC. So disinfection using 254nm wavelength is called UVC disinfection. 254nm radiation destroys microorganisms by changing their genetic information or DNA.

┿Ozone Action

The deep UV radiation at 185nm wavelength produces abundant amounts of ozone in air. Ozone is an extremely active oxidizer and destroys microorganisms on contact. Ozone also acts as a deodorizer. One of ozone's advantages is that it can be carried by air into places that the UV radiation cannot reach directly. Ozone in conjunction with hydrogen peroxide (H2O2) produces highly energetic particles called hydroxyl radical (OH). The radical reacts with and oxidizes most
organic contaminants. Hydroxyl radical oxidation is much more effective than direct oxidation with ozone. This radical oxidation technology is called Advanced Oxidation Process (AOP) or Advanced Oxidation Treatment (AOT).

┿strong> Type & Specification
┿strong>Ozone Free UV Germicidal Lamps
L (low) germicidal lamps use ozone free fused quartz which cuts off 185nm ozone-producing line and emits 254nm line only. L type germicidal lamp is used to disinfect air, water and surface where ozone production is not desired, such as UV water purifier used at home Please see below graph I for the spectral energy distribution of ozone free UV lamps.

Graph 1 Spectral Energy Distribution of Ozone Free UV Germicidal Lamps

┿strong>Ozone Producing UV Germicidal Lamps

VH (very high) germicidal lamps use high purity fused quartz which emit both 185nm ozone-producing line and 254nm germicidal line. VH lamps produce ozone to oxidize hydrocarbons to get TOC (total organic carbon) reduction water used by industries such as semiconductor industry, where super-purified water is necessary. VH lamps are also used to treat soil and groundwater contaminated with petroleum hydrocarbons, metals, VOCS, TNT in Advanced Oxidation Process (AOP) and Advanced Oxidation Treatment (AOT). Please see below graph 2 for the spectral energy distribution of ozone producing UV lamps.

Graph 2 Spectral Energy Distribution of Ozone Producing UV Germicidal Lamps

┿strong>Low Pressure Amalgam (HO) UV Germicidal Lamps
High Output (HO) Germicidal Lamps emit 40%-60% more UV output than normal lamps of the same length. It is well known that above a certain mercury vapor pressure, the UV output decreases; due to the increase of the self-absorption of res0naneo line in the sealed glass tube: The mercury pressure is decided by the temperature inside the sealed glass tube,
As a result, excessive current input to the lamps tube decreases the UV output intensity. By using the amalgam this problem can be solved. The physically identical amalgam lamp omits 55% more UV when the input current is increased from 425mA to 900mA, while the UV output of the normal germicidal lamp is decreased. See below graph 3.
For the available specification of HO lamps, please see table l, table 2, table3, table 4.

Graph 3 UV Output vs. Lamps Temperature

┿strong>Low Pressure Indium Amalgam (VHO) UV Germicidal Lamps
Very high output (VHO) germicidal lamps emit 3 times the UV output of normal germicidal lamps. It is indium doped amalgam lamps that are made for the optimum operating temperature of 100-120 ℃ so that it can be made into high watts lamps The lamps are designed primarily for use in wastewater and municipal drinking water treatment. The lamps provide the equipment manufacturers the benefit of designing equipments to achieve the required disinfection rates by using fewer lamps and fewer Supporting components, The VHO lamps are less sensitive to the varying water temperature which allows lamp effectiveness to be maintained.
For the available specification, please see table l, table 2, table 3.

┿strong>Low Pressure Slim-line Double Ended Germicidal Lamps
Slim-line germicidal lamps are instant start, hot cathode utilizing a coil filament on each end which operates hot. Lamp life is governed by tile life of the electrodes and is affected by tile frequency of starting.

Table I Slim-line Double Ended 2 Pin Germicidal Lamps

Double Ended 2 Pin

Lamp Models		Lamp Watts	Dimension (mm)		Cap	Lamp Voltage	Lamp Current	UV Output		Useful Life
Ozone Free	Ozone Producing	W	Length (L)	Diameter (D)	(B)	V@50Hz	mA	Watts W	@1m mw/cm³	Hour
G4T5L/DE2P	G4T5VH/DE2P	4	135.0	15	G5	24	160	0.9	10	6000
G6T5L/DE2P	G6T5 VH /DE2P	6	212.0	15	G5	48	160	1.7	12	8000
G8T5L/DE2P	G8T5 VH /DE2P	8	288.0	15	G5	64	190	2.5	16	8000
G10T5L/DE2P	G10T5 VH /DE2P	10	331.0	15	G13	70	220	2.7	20	8000
G15T5L/DE2P	G15T5 VH /DE2P	15	437.0	15	G13	71	300	4.9	30	8000
G15T6L/DE2P	G15T6 VH /DE2P	15	437.0	19	G13	71	300	4.9	30	8000
G20T5L/DE2P	G20T5 VH /DE2P	20	589.0	15	G13	84	320	7.5	60	8000
G20T6L/DE2P	G20T6 VH /DE2P	20	589.0	19	G13	91	320	7.5	60	8000
G30T5L/DE2P	G30T5 VH /DE2P	30	894.0	15	G13	125	300	13.5	90	8000
G30T6L/DE2P	G30T6 VH /DE2P	30	894.0	19	G13	125	300	13.5	90	8000
G30T8L/DE2P	G30T8 VH /DE2P	30	894.0	25	G13	125	300	13.5	90	8000
G36T5L/DE2P	G36T5 VH /DE2P	39	842.0	15	G13	103	440	15.3	93	8000
G40T5L/DE2P	G40T5 VH /DE2P	40	1199.0	15	G13	130	330	16.0	100	8000
G40T6L/DE2P	G40T6 VH /DE2P	40	1199.0	19	G13	130	330	20.0	100	8000
G40T8L/DE2P	G40T8 VH /DE2P	40	1199.0	25	G13	130	330	20.0	100	8000
G55T8L /HO/DE2P	G55T8 VH /HO/DE2P	55	893.0	25	G13	83	770	18.0	150	8000
G64T6L/DE2P	G64T6 VH /DE2P	65	1553.6	15	G13	220	425	20.0	200	8000
G75T8L/DE2P	G75T8 VH /DE2P	75	1199.0	25	G13	108	840	25.5	180	8000
G67T5L/DE2P	G67T5 VH /DE2P	79	1629.8	15	G13	238	425	26.0	205	8000
G36T5L /HO/DE2P	G36T5 VH /HO/DE2P	85-105	842.44	15	G13	120	800-1000	27-34	250-280	8000
G115T12L/ VHO/DE2P	G115T12L/VHO/DE2P	115	1199.0	36	G13	92	1100	39.0	300	5000
G64T5L/ VHO/DE2P	G64T5 VH /VHO/DE2P	155-195	1553.6	15	G13	220	100-1000	45-58	380-485	5000

Table 2 Silim-line Double Ended Single Pin Germicidal Lamps

Lamp Models		Lamp Watts	Dimension (mm)		Cap	Lamp Voltage	Lamp Current	Lamp Output		Useful Life
Ozone Free	Ozone Producing	W	Length (L)	Diameter (D)	(B)	V@50Hz	mA	Watts W	@1m mw/cm³	Hour
G14T5L/DE1P	G14T5VH/DE1P	14	287	15	Single Pin	40	400	4.0	35	8000
G25T5L/DE1P	G25T5 VH /DE1P	25	436	15	Single Pin	62	400	6.0	69	8000
G36T5L/DE1P	G36T5 VH /DE1P	39	842.4	15	Single Pin	115	425	12.0	120	8000
G64T5L/DE1P	G64T5 VH /DE1P	65	1553.6	15	Single Pin	250	425	22.0	200	8000
G36T5L /HO/DE1P	G36T5 VH /HO/DE1P	80	842.4	15	Single Pin	120	900	30	260	8000
G64T5L /VHO/DE1P	G64T5VH /VHO/DE1P	150	1553.6	15	Single Pin	220	900	49	450	8000

■strong> Low Pressure Preheat UV Germicidal Lamps (GPH)
Preheal germicidal lamps are operated by a preheat-start circuit that employs a relatively compact and economical ballast. The preheat circuit requires four electrical connections per lamp and a slight to moderate delay is needed to start the lamp Due to increased circuit complexity, reliability is regarded as slightly less than slim-line or cold-cathode instant-start circuits.

Table 3 Singled Ended 4 Pin Preheat Start Germicidal Lamps (GPH)

Lamp Models		Lamp Watts	Dimension (mm)		Cap	Lamp Voltage	Lamp Current	UV Output		Useful Life
Ozone Free	Ozone Producing	W	Length (L)	Diameter (D)	(B)	V@50Hz	mA	Watts W	@1m mw/cm³	Hour
G10T5L/SE4P	G10T5VH/SE4P	10	212	15	4Pin	39	420	2.9	23	6000
G14T5L/ SE4P	G14T5 VH / SE4P	14	287	15	4Pin	39	420	3.8	36	8000
G15T5L/ SE4P	G15T5 VH / SE4P	15	303	15	4Pin	40	420	4.0	37	8000
G18T5L/ SE4P	G18T5 VH / SE4P	18	356	15	4Pin	51	420	5.5	53	8000
G23T5L/ SE4P	G23T5 VH / SE4P	23	436	15	4Pin	65	420	6.9	68	8000
G37T5L/ SE4P	G37T5 VH / SE4P	37	793	15	4Pin	105	420	12.9	130	8000
G36T5L/ SE4P	G36T5 VH / SE4P	39	846	15	4Pin	110	420	13.0	132	8000
G40T5L/ SE4P	G40T5 VH / SE4P	40	851	15	4Pin	110	420	14.0	140	8000
G23T5L/ HO/SE4P	G23T5 VH / HO/SE4P	40	436	15	4Pin	86	610	14.0	140	8000
G55T5L/ SE4P	G55T5 VH / SE4P	55	1149	15	4Pin	150	420	16.0	150	8000
G36T5L/ SE4P	G36T5 VH / SE4P	65	846	15	4Pin	110	775	19.0	165	8000
G64T5L/ SE4P	G64T5 VH / SE4P	65	1553.6	15	4Pin	220	425	19.0	165	8000
G75T5L/ SE4P	G75T5 VH / SE4P	75	1550	15	4Pin	210	420	21.0	180	8000
G36T6L/ VHO/SE4P	G36T6 VH / VHO/SE4P	80	846	19	4Pin	120	1200	28.0	240	8000
G120T6L/ VHO/SE4P	G120T6 VH / VHO/SE4P	120	1149	19	4Pin	170	1200	39.0	330	8000
G64T6L/ VHO/SE4P	G64T6 VH / VHO/SE4P	150	1553.6	19	4Pin	220	1200	45.0	400	8000
G64T5L/ VHO/SE4P	G64T5 VH / VHO/SE4P	155-195	1553.6	19	4Pin	220	800-1000	45-58	380-485	8000

┿strong>Low Pressure Compact Germicidal Lamps
Thc design of "H" shaped and "U" shaped germicidal lamps is primarily employed in application where more intense UV radiation is needed in a limited space. So it is compact. H-shape and U- shape are also instant start lamps.

Table 4 H Shape Compact Germicidal Lamps

Lamp Models		Lamp Watts	Dimension (mm)		Cap	Lamp Voltage	Lamp Current	UV Output		Useful Life
Ozone Free	Ozone Producing	W	Length (L₁)	Diameter (L₂)	(B)	V@50Hz	mA	Watts W	@1m mw/cm³	Hour
G5L/H/G23	G5VH/H/G23	5	85	105	G23	35	180	1.2	12	6000
G7L/H/G23	G7 VH /H/G23	7	115	135	G23	45	180	1.9	20	8000
G9L/H/G23	G9 VH /H/G23	9	145	165	G23	60	180	2.4	23	8000
G11L/H/G23	G11 VH /H/G23	11	215	235	G23	90	155	3.0	30	8000
G13L/H/GX23	G13 VH /H/GX23	13	170	190	GX23	60	285	3.6	35	8000
G5L/H/2G7	G5 VH /H/2G7	5	85	105	2G7	35	180	1.2	12	8000
G7L/H/2G7	G7 VH /H/2G7	7	115	135	2G7	47	175	1.9	20	8000
G9L/H/2G7	G9 VH /H/2G7	9	145	165	2G7	60	170	2.4	23	8000
G11L/H/2G7	G11 VH /H/2G7	11	215	235	2G7	91	155	3.0	30	8000
G18L/H/2G11	G18 VH /H/2G11	18	195	225	2G11	58	375	5.5	60	8000
G24L/H/2G11	G24 VH /H/2G11	24	290	320	2G11	87	345	8.5	90	8000
G36L/H/2G11	G36 VH /H/2G11	36	385	415	2G11	87	435	12.0	120	8000
G40L/H/2G11	G40 VH /H/2G11	40	503	533	2G11	120	385	15	135	8000
G55L/H/2G11	G55 VH /H/2G11	55	503	533	2G11	105	540	17	170	8000
G35L/HO/H/2G11	G35 VH /HO/H/2G11	35	195	225	2G11	87	435	12	120	8000
G60L/HO/H/2G11	G60 VH /HO/H/2G11	60	385	415	2G11	105	600	20	200	8000

Remarks: Custom designed U shape germicidal lamps are available.

┿strong>Low Pressure Cold Cathode UV Germicidal Lamps
Cold cathode germicidal lamps are instant utilizing a large cylindrical cathode instead of a coil filament.Due to this construction, the lamps are not adversely affected by frequent start and the life is considerably in excess of other lamp types. Cold cathode germicidal lamps have favorable operating characteristics and maintain a high ultraviolet transmission throughout life even at reduced temperature. They are, therefore, widely used in walk-in refrigerators and holding rooms. Cold cathode UV lamps are well suited to disinfection of air and surface of unoccupied areas due to their long life and low depreciation. Cold cathode germicidal lamps are also employed in application where frequent start is a requirement.

Table 5 Cold Cathode Germicidal Lamps

Lamp Models		Lamp Watts	Dimension (mm)		Cap	Lamp Voltage	Lamp Current	Lamp Output		Useful Life
Ozone Free	Ozone Producing	W	Length (L)	Diameter (D)	(B)	V@50Hz	mA	Watts W	@1m mw/cm²	Hour
G15CCL	G15CCVH	15	357	15	Single Pin	180	90	2.8	22	20,000
G22CCL	G22CCVH	22	611	15	Single Pin	270	90	5.5	45	20,000
G28CCL	G28CCVH	28	865	15	Single Pin	350	90	8.5	63	20,000

U shape circular shape cold cathode UV germicidal lamps are available. Custom designed cold cathode UV germicidal lamps are available.

Table 6 Mini-Bowl-Shape Self-Ballast UV Germicidal Lamps

This item is mainly employed in enclosed compact area, such as sterilization cabinet, microwave oven, refrigerator and other home appliances.

Lamp Models		Lamp Watts	Dimension (mm)		Cap	Lamp Voltage	Lamp Current	Lamp Output		Useful Life
Ozone Free	Ozone Producing	W	Length (L)	Diameter (D)	(B)	V@50Hz	mA	Watts W	@1m mw/cm²	Hour
G2LE17	G2VHE17	2	55	20	Mini-bowl	E17	10	0.13	28	2000
G3LE17	G3VHE17	3	63	20	Mini-bowl	E17	10	0.17	30	2000
G4LE17	G4VHE17	3.5	57	35	Mini-bowl	E17	10	0.19	35	2000

Standard ballasts are available. Custom designed ballasts are available. UL, CSA, CE approved ballasts are available.

B. Quartz Sleeve of UVC Disinfection and Ozone Producing

l. Quartz Sleeve of Low Pressure Ozone Free UVC lamps EN09

■Description & Application

ENO0 is mechanically drawn electrically fused clear quartz glass tube. It uses natural quartz as raw material with averaged SiO2 99.95%. Due to its slightly lower purity than that of ENO8, EN09 has lower transmission in deep UV range such as ozone forming line 185nm, so EN09 can not be used as ozone producing application. But ENO9 still has a good transmission in UVC range of 200-280nm wavelength such as at UV disinfection line 254nm. So this item is a good material in UVC disinfection application such as employed as sleeve of low pressure ozone free UVC lamps.
ENO9 UB with OH<150ppm can be used as sleeve of low pressure ozone free UVC lamps.

Chemical Composition and Hydroxyl (OH) unit: ppm

	Al	Li	K	Na	Ca	Fe	Ti	Mg	Cu	B	OH	SiO₂
EN08UB	18	0.6	2.0	2.3	1.8	1.8	4.6	0.4	0.3	0.5	ⅿ0	99.95%

Transmission (tube wall 1.5mm)

nm	185	200	220	245	254	320	340	500	800
%	43.5	45.0	74.3	89.0	89.7	92.3	92.4	92.4	92.4

■Standard Specification:
Please see table 7 for our standard specification of quartz sleeve.

2. Quartz Sleeve of Both Ozone Free UVC Lamps and Ozone

■Producing UV Lamps EN08

┿strong>Description
EN08 is mechanically drawn electrically fused clear quartz glass tube. It uses natural crystal quality quartz as raw material with averaged SiO2 >99.98%. Due to its high purity, EN08 has an excellent transmission in both deep UV range of 100-200nm wavelength and UVC range of 200-280un wavelength. By vacuum annealing, the OH of EN08 can be lowered below lppm. This item is a good material in ozone producing and UVC disinfection field.

┿strong>Application

Type	OH	Application
EN08UB	OH<150ppm	sleeve of Iow pressure ozone free UVC lamps and Iow pressure ozone producing UV lamps.
EN08SB	OH<ppm	sleeve of medium pressure ozone free UVC lamps and medium pressure ozone producing UV lamps.

Chemical Composition unit: ppm

	Al	Li	K	Na	Ca	Fe	Ti	Mg	Cu	B	SiO₂
EN08	18	0.6	0.6	0.8	0.5	0.3	0.1	0.5	0.1	0.5	99.98%

Transmission

nm	185	200	220	245	254	320	340	500	800
%	64.8	67.5	84.3	89.8	90.4	92.3	92.4	92.5	92.5

┿strong>Standard Specification:
Please see table 7 for our standard specification of quartz sleeve.

Graph 4 Transmission Chart (tube wall 1.5mm)

Table 7 Standard Size of Quartz Sleeve

One End Closed, One End Open

Outer Diameter (mm)	Wall Thickness (mm)	Length (mm)
20.5±0.3	1.25±0.13	151±1
		210±1
		310±1
		835±1
20.7±0.3	1.00±0.10	310±1
22.0±0.3	1.00±0.10	540±1
		920±1
		1251±1
22.5±0.3	1.25±0.13	502±1
		845±1
		889±1
23.0±0.3	1.50±0.15	265±1
		485±1
		845±1
		920±1
		1610±2
24.5±0.3	1.25±0.13	450±1
		900±1
		1700±2
		1985±2
Ἷ.5±0.3	1.25±0.13	245±1
25.0±0.3	1.30±0.13	360±1
		560±1
		910±1

Outer Diameter (mm)	Wall Thickness (mm)	Length (mm)
25.0±0.3	1.50±0.15	320±1
		438±1
		972±1
		1073±1
		1700±2
26.0±0.3	1.50±0.15	1250±1
26.0±0.3	1.50±0.15	1700±2
28.0±0.4	1.50±0.15	920±1
28.0±0.4	1.50±0.15	1727±2
30.0±0.5	1.50±0.15	455±1
30.0±0.5	1.50±0.15	1600±2
32.0±0.5	1.50±0.15	91±1
		153±1
		209±1
33.0±0.5	1.50±0.15	920±1
Ἷ.0±0.5	1.50±0.15	200±1
35.0±0.6	1.50±0.15	900±1
36.0±0.6	2.00±0.2	494±1
38.0±0.6	1.50±0.15	1700±1
40.0±0.6	1.50±0.15	1700±1
44.0±0.6	1.50±0.15	1700±1
44.0±0.6	2.00±0.2	1700±2
45.0±0.7	1.50±0.15	1600±2
48.0±0.7	1.50±0.15	1250±1
Ἷ.0±0.7	2.00±0.2	1537±2
Ἷ.0±0.7	2.00±0.2	2030±2
50.0±1.0	2.00±0.2	1100±2
55.0±1.0	2.25±0.25	1200±2
65.0±1.2	2.50±0.25	560.5±1
70.0±1.5	2.75±0.3	563±1

Both Ends Open

Outer Diameter (mm)	Wall Thickness (mm)	Length (mm)
20.0±0.3	1.50±0.15	194±1
20.0±0.3	1.50±0.15	270±1
20.0±0.3	1.00±0.1	261±1
20.5±0.3	1.25±0.12	1150±1
20.5±0.3	1.50±0.15	359±1
20.7±0.3	1.00±0.1	1150±1
21.0±0.3	1.25±0.12	920±1
22.0±0.3	1.00±0.1	540±1
		895±1
		921±1
22.0±0.3	1.40±0.15	270±1
22.5±0.3	1.25±0.12	502±1
		845±1
		1050±1
		1700±2
23.0±0.3	1.50±0.15	470±1
23.0±0.3	1.50±0.15	1700±2
24.5±0.3	1.25±0.12	832±1
24.5±0.3	1.25±0.12	1750±1
25.0±0.3	1.25±0.12	502±1
25.0±0.3	1.50±0.15	832±1
		1540±2
		1552±2
26.0±0.3	1.50±0.15	1250±1
28.0±0.4	1.50±0.15	920±1
30.0±0.5	1.50±0.15	870.5±1
30.0±0.5	1.50±0.15	887±1
31.0±0.5	1.50±0.15	920±1
32.0±0.5	1.50±0.15	920±1
32.0±0.5	2.00±0.15	920±1

Remarks:
1. Sleeve can be one end closed (domed or flat closed),
the other end open; or both ends open. The open end
is usually flame glazed.
2. items marked "᾿quot; are one end expanded.
3. items marked "┿quot; are ends not fire-glazed

Outer Diameter (mm)	Wall Thickness (mm)	Length (mm)
33.0±0.5	1.50±0.15	426±1
33.0±0.5	1.50±0.15	900±1
35.0±0.5	1.50±0.15	1410±2
35.0±0.5	1.50±0.15	1600±2
35.0±0.5	2.00±0.2	1410±2
36.0±0.5	2.00±0.2	937±1
38.0±0.6	1.50±0.15	1016±1
38.0±0.6	1.50±0.15	1400±2
40.0±0.6	1.50±0.15	1150±1
40.0±0.6	2.00±0.15	1150±1
44.0±0.6	1.50±0.15	406.5±1
44.0±0.6	1.50±0.15	1700±2
44.0±0.6	2.00±0.2	1700±2
48.0±0.7	1.50±0.15	1244±1
48.0±0.7	2.00±0.2	1512±2
50.0±1.0	2.00±0.2	1219±1
52.0±1.0	1.50±0.15	207±1
52.0±1.0	2.00±0.2	1150±1
55.0±1.0	2.00±0.2	1150±1
55.0±1.0	2.50±0.25	595±1
60.0±1.2	2.00±0.2	1050±1
60.0±1.2	2.50±0.25	1050±1
65.0±1.3	2.00±0.2	1100±1
65.0±1.3	2.50±0.25	1100±1
67.0±1.3	3.00±0.3	700±1
70.0±1.4	2.50±0.25	1000±1
70.0±1.4	3.00±0.3	1050±1
75.0±1.5	2.50±0.25	900±1
75.0±1.5	3.00±0.25	900±1
80.0±1.5	2.25±0.3	1000±1
80.0±1.5	3.00±0.3	1000±1
80.0±1.5	4.00±0.4	580±1
80.0±1.5	4.00±0.4	1200±1
82.0±1.5	3.00±0.3	1219±1
85.0±1.5	3.00±0.3	900±1
90.0±1.8	2.50±0.25	1050±1
90.0±1.8	3.00±0.3	1050±1
95.0±1.8	3.00±0.3	1000±1
100.0±2.0	2.50±0.25	1000±1
100.0±2.0	3.00±0.3	1000±1
105.0±2.0	2.50±0.25	1219±1
106.0±2.0	2.50±0.25	1053±1

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