High effective single stage thermoelectric coolers

thermoelectric coolers, peltier coolers

Name	Imax (A)	Qmax (W)	Umax (V)	dTmax (K)	R (Ohm)	A (mm)	B (mm)	C (mm)	D (mm)	H (mm)
SNOWBALL-71	3.6	36.0	16.1	71	3.20	30	30	30	30	3.6
SNOWBALL-71 30x34	3.6	36.0	16.1	71	3.20	30	30	30	34	3.6
STORM	3.6	34.5	15.7	69	3.20	40	40	40	40	3.6
STORM-71	3.6	36.0	16.1	71	3.20	40	40	40	40	3.6
RIME-74	3.8	38.0	16.7	74	3.30	40	40	40	40	4.8
FROST-71	6.1	61.0	16.1	71	2.05	40	40	40	40	3.9
FROST-71 40x44	6.1	61.0	16.1	71	2.05	40	40	40	44	3.9
FROST-72	6.2	62.0	16.3	72	2.05	40	40	40	40	3.9
FROST-72 40x44	6.2	62.0	16.3	72	2.05	40	40	40	44	3.9
FROST-73	6.2	64.0	16.5	73	2.05	40	40	40	40	3.9
FROST-73 40x44	6.2	64.0	16.5	73	2.05	40	40	40	44	3.9
FROST-74	6.3	65.0	16.7	74	2.15	40	40	40	40	3.9
FROST-74 40x44	6.3	65.0	16.7	74	2.15	40	40	40	44	3.9
FROST-75	6.3	66.0	16.8	75	2.05	40	40	40	40	3.9
FROST-75_40x44	6.3	66.0	16.8	75	2.05	40	40	40	44	3.9
ICE-71	8.0	80.0	16.1	71	1.50	40	40	40	40	3.4
HAIL	7.9	76.0	15.7	69	1.50	48	48	48	48	3.4
HAIL-71	8.0	80.0	16.1	71	1.50	48	48	48	48	3.4
GLACIER-1.5	6.1	76.0	20.1	72	2.60	40	40	40	40	3.9
GLACIER-1.5 40x44	6.1	76.0	20.1	72	2.60	40	40	40	44	3.9
GLACIER-2.0	4.6	57.0	20.1	72	3.30	40	40	40	40	4.3
GLACIER-2.0 40x44	4.6	57.0	20.1	72	3.30	40	40	40	44	4.3
DRIFT-2.0_40x58	4.5	69.0	24.9	70	4.00	40	58	40	58	4.4
DRIFT-2.0_35x55	4.5	69.0	24.9	70	4.00	35	55	35	55	4.4
DRIFT-2.0	4.5	69.0	24.9	70	4.00	40	40	40	40	4.4
DRIFT-1.5_35x55	6.1	94.0	24.9	70	3.20	35	55	35	55	4.1
DRIFT-1.5_40x58	6.1	94.0	24.9	70	3.20	40	58	40	58	4.1
DRIFT-1.5	6.1	94.0	24.9	70	3.20	40	40	40	40	4.1
DRIFT-1.2_35x55	7.6	115.0	24.6	69	2.40	35	55	35	55	3.7
DRIFT-1.2_40x58	7.6	115.0	24.6	69	2.40	40	58	40	58	3.7
DRIFT-1.2	7.6	115.0	24.6	69	2.40	40	40	40	40	3.7
DRIFT-1.15_35x55	7.9	120.0	24.6	69	2.40	35	55	35	55	3.6
DRIFT-1.15	7.9	120.0	24.6	69	2.40	40	40	40	40	3.6
DRIFT-1.05_35x55	8.6	131.0	24.6	69	2.15	35	55	35	55	3.5
DRIFT-1.05	8.6	131.0	24.6	69	2.15	40	40	40	40	3.5
DRIFT-1.05_40x58	8.6	131.0	24.6	69	2.15	40	58	40	58	3.5
DRIFT-0.8	11.3	172.0	24.6	69	1.65	40	40	40	40	3.2
DRIFT-0.8 35x55	11.3	172.0	24.6	69	1.65	35	55	35	55	3.2
DRIFT-0.8 40x58	11.3	172.0	24.6	69	1.65	40	58	40	58	3.2
DRIFT-0.6_35x55	15.1	229.0	24.6	68	1.25	35	55	35	55	3.1
DRIFT-0.6_40x58	15.1	229.0	24.6	68	1.25	40	58	40	58	3.1
DRIFT-0.6	15.1	229.0	24.6	68	1.25	40	40	40	40	3.1
CHILL	5.8	56.0	15.7	69	2.00	40	40	40	40	3.2

STANDARD TERMS OF DELIVERY:

substrate material — alumina (ВК-96)
height tolerance ± 0.05 mm (L1)
parallelism 0.03 mm (L1)
flatness 0.02 mm (L1)
wire length 120 mm
pin orientation (for rectangular coolers) — to the longer side
operating temperature up to 80°С, maximal assembly temperature 120°С (assembly solder Tm = 139°С)

ADDITIONAL OPTIONS

*Description*	**Notation ()***	*Note*
operating temperature up to 120 °C, max assembly temperature = 130 °C**	HT(120)	assembly solder with Tm = 139 °C
operating temperature up to 150 °C, max assembly temperature = 170 °C**	HT(150)***	assembly solder Pb-Sn with Tm = 183 °C***
operating temperature up to 200 °C, max assembly temperature = 220 °C**	HT(200)	assembly solder with Tm = 232 °C
special version for operation under conditions of temperature cycling	С	> 10⁵ cycles +40C/+90 °C
height tolerance = ± 0.025 mm; parallelism 0.02 mm; flatness 0.015 mm.	L2
height tolerance = ± 0.015 mm; parallelism 0.01 mm; flatness 0.01 mm.	L3
metallization of cold (mc) and (or) hot side of cooler with solder tinning (melting temperature = 95 °C, 117 °C, 139 °C, 183 °C)	mc95, mh95, mm117 etc.
gold plating	mcAu, mhAu, mmAu	0.2-1 micron
substrate material – aluminium nitride (AlN)	N	heat conductivity > 180 W/mK
sealant: epoxy, silicon, urethane, conformal coating	E, S, U, Сс
non-standard pin orientation
type and length of wires by customer’s requirement
сonnection to arraies
сonnectors crimping
soldering on cold or hot heatsink, packaging or cold block

(*) - the notations shown are used to notate additional options in cooler name;
(**) - the maximum assembly temperature influence on the module must not exceed 2 minutes;
(***) - Important! TEС with this option does not satisfy ROHS requirements.

Examples:

1. FROST-72 HT (150)- thermoelectric cooler FROST-72, with max operating temperature = 150 °С, with substrate material of aluminium oxide.

2. DRIFT-0,8HT (200) mmAu N – thermoelectric cooler DRIFT-0,8 with max operating temperature = 200°С, with substrate material of aluminium nitride. Cold and hot ends are metallized with golden coating.