IP67 Rated CH Pipe-Clip Temperature Sensors

<p>These CH pipe-clip temperature sensors from ATC Semitec can respond to temperature changes in less than 1 second when secured to the relevant diameter pipe in hot or cold water systems. These IP67-rated sensors give electrical security and long-term reliability when used in situations where condensation problems can occur.</p>

IP67 rated
Fast response times
Fits pipe diameters from 12 to 22mm
Simple to install

Products
Technical Details
Questions (1)

Resistance	10kΩ ±3%
B Value (25°/85°)	3969K ±1%
Accuracy @85°C	± 1K
Operating temperature	-20° to +120°C

Temp. (°C)	Rmax. (kΩ)	Rst. (kΩ)	Rmin. (kΩ)	Tolerance (°C)
0	35.52	33.32	31.23	-1.3	+1.3
1	33.7	31.63	29.66	-1.3	+1.3
2	31.99	30.04	28.18	-1.3	+1.3
3	30.37	28.53	26.78	-1.3	+1.3
4	28.85	27.12	25.47	-1.3	+1.3
5	27.41	25.78	24.22	-1.3	+1.3
6	26.05	24.51	23.05	-1.3	+1.3
7	24.77	23.32	21.94	-1.3	+1.3
8	23.56	22.19	20.89	-1.3	+1.3
9	22.42	21.13	19.89	-1.3	+1.3
10	21.34	20.12	18.95	-1.3	+1.3
11	20.32	19.16	18.06	-1.2	+1.3
12	19.34	18.26	17.21	-1.2	+1.3
13	18.43	17.4	16.41	-1.2	+1.3
14	17.56	16.59	15.65	-1.2	+1.3
15	16.73	15.82	14.93	-1.2	+1.3
16	15.96	15.09	14.25	-1.2	+1.3
17	15.22	14.4	13.61	-1.2	+1.3
18	14.52	13.74	12.99	-1.2	+1.3
19	13.86	13.12	12.41	-1.2	+1.3
20	13.23	12.53	11.86	-1.2	+1.3
21	12.63	11.97	11.34	-1.2	+1.3
22	12.07	11.44	10.84	-1.2	+1.2
23	11.53	10.93	10.36	-1.2	+1.2
24	11.02	10.45	9.913	-1.2	+1.2
25	10.53	9.999	9.485	-1.2	+1.2
26	10.07	9.566	9.078	-1.2	+1.2
27	9.633	9.154	8.691	-1.2	+1.2
28	9.217	8.763	8.324	-1.2	+1.2
29	8.822	8.391	7.974	-1.2	+1.2
30	8.446	8.037	7.64	-1.2	+1.2
31	8.087	7.699	7.322	-1.2	+1.2
32	7.746	7.377	7.019	-1.2	+1.2
33	7.421	7.071	6.73	-1.2	+1.2
34	7.112	6.779	6.455	-1.2	+1.2
35	6.818	6.501	6.193	-1.2	+1.2
36	6.537	6.236	5.943	-1.2	+1.2
37	6.27	5.984	5.705	-1.2	+1.2
38	6.015	5.743	5.478	-1.2	+1.2
39	5.772	5.513	5.261	-1.2	+1.2
40	5.541	5.294	5.054	-1.2	+1.2
41	5.319	5.085	4.856	-1.2	+1.2
42	5.108	4.885	4.667	-1.2	+1.2
43	4.906	4.694	4.486	-1.2	+1.2
44	4.714	4.511	4.314	-1.2	+1.2
45	4.53	4.337	4.149	-1.2	+1.2
46	4.354	4.171	3.991	-1.2	+1.2
47	4.187	4.011	3.84	-1.1	+1.2
48	4.026	3.859	3.696	-1.1	+1.2
49	3.873	3.714	3.558	-1.1	+1.2
50	3.727	3.575	3.426	-1.1	+1.2
51	3.587	3.442	3.3	-1.1	+1.2
52	3.453	3.315	3.179	-1.1	+1.2
53	3.325	3.193	3.063	-1.1	+1.2
54	3.202	3.076	2.953	-1.1	+1.2
55	3.084	2.964	2.846	-1.1	+1.2
56	2.972	2.857	2.745	-1.1	+1.2
57	2.864	2.755	2.647	-1.1	+1.1
58	2.761	2.657	2.554	-1.1	+1.1
59	2.662	2.562	2.464	-1.1	+1.1
60	2.567	2.472	2.378	-1.1	+1.1
61	2.477	2.385	2.295	-1.1	+1.1
62	2.389	2.302	2.216	-1.1	+1.1
63	2.306	2.222	2.14	-1.1	+1.1
64	2.225	2.146	2.067	-1.1	+1.1
65	2.148	2.072	1.997	-1.1	+1.1
66	2.075	2.002	1.93	-1.1	+1.1
67	2.004	1.934	1.865	-1.1	+1.1
68	1.936	1.869	1.803	-1.1	+1.1
69	1.87	1.806	1.743	-1.1	+1.1
70	1.807	1.746	1.685	-1.1	+1.1
71	1.747	1.688	1.63	-1.1	+1.1
72	1.689	1.633	1.577	-1.1	+1.1
73	1.633	1.579	1.526	-1.1	+1.1
74	1.579	1.528	1.477	-1	+1.1
75	1.528	1.478	1.43	-1	+1.1
76	1.478	1.431	1.384	-1	+1.1
77	1.43	1.385	1.34	-1	+1.1
78	1.384	1.341	1.298	-1	+1.1
79	1.34	1.299	1.257	-1	+1.1
80	1.298	1.258	1.218	-1	+1.1
81	1.257	1.218	1.18	-1	+1.1
82	1.217	1.181	1.144	-1	+1
83	1.179	1.144	1.109	-1	+1
84	1.143	1.109	1.075	-1	+1
85	1.107	1.075	1.043	-1	+1
86	1.074	1.042	1.011	-1	+1.1
87	1.042	1.011	0.9799	-1	+1.1
88	1.011	0.9804	0.9501	-1	+1.1
89	0.9808	0.9511	0.9214	-1.1	+1.1
90	0.9519	0.9228	0.8937	-1.1	+1.1
91	0.9241	0.8955	0.8671	-1.1	+1.1
92	0.8972	0.8692	0.8413	-1.1	+1.1
93	0.8712	0.8438	0.8165	-1.1	+1.2
94	0.8461	0.8192	0.7925	-1.1	+1.2
95	0.8219	0.7955	0.7693	-1.2	+1.2
96	0.7984	0.7726	0.747	-1.2	+1.2
97	0.7758	0.7505	0.7254	-1.2	+1.2
98	0.7539	0.7291	0.7045	-1.2	+1.2
99	0.7328	0.7085	0.6844	-1.2	+1.3
100	0.7123	0.6885	0.6649	-1.2	+1.3
101	0.6927	0.6694	0.6462	-1.3	+1.3
102	0.6738	0.6509	0.6282	-1.3	+1.3
103	0.6554	0.6329	0.6107	-1.3	+1.3
104	0.6376	0.6156	0.5938	-1.3	+1.4
105	0.6204	0.5989	0.5775	-1.3	+1.4
106	0.6038	0.5826	0.5617	-1.3	+1.4
107	0.5877	0.5669	0.5464	-1.4	+1.4
108	0.5721	0.5517	0.5316	-1.4	+1.4
109	0.557	0.537	0.5173	-1.4	+1.4
110	0.5424	0.5228	0.5034	-1.4	+1.5
111	0.5282	0.509	0.4901	-1.4	+1.5
112	0.5146	0.4957	0.4771	-1.5	+1.5
113	0.5013	0.4828	0.4646	-1.5	+1.5
114	0.4885	0.4704	0.4525	-1.5	+1.5
115	0.476	0.4582	0.4407	-1.5	+1.6
116	0.464	0.4465	0.4293	-1.5	+1.6
117	0.4523	0.4351	0.4183	-1.5	+1.6
118	0.4409	0.4241	0.4076	-1.6	+1.6
119	0.4299	0.4134	0.3972	-1.6	+1.6
120	0.4192	0.403	0.3871	-1.6	+1.6

*Question functionality currently disabled

16 December 2013 Question by: Rapid Customer | Product code: 26-7476

Q. Are the Temperature Vs. Resistance Characteristics of the 26-7476 the same as the old corresponding 26-7470? The new data sheet doesn't contain the three pages of temperature vs. resistance characteristics that the old data sheet contained.

A. Hi Dick. Thank you for your question. The old graph that was supplied can be used for this range.